Acclimation Responses of Physiological Rates and Opprotunity for Selection

Deriving New Temperature Corrected Effect Sizes for Mean and Variance

Q₁₀RR: Comparing mean physiological rates

Inspired by Seebacher et al. (2015) we derive a temperature corrected effect size to compare physiological rates, Q₁₀RR, also known as, the temparature response ratio. We note that this is just a variant of the log response ratio (lnRR), which is one of the most popular effect size statistics (Hedges, Gurevitch, and Curtis 1999; Nakagawa and Santos 2012). Given this, we can easily derive the sampling error variance for Q₁₀RR (on the log scale), but surprsingly, it has not been done before in the literature. Q₁₀RR is defined as:

\[ Q_{10}RR = \left( \frac{R_{2}}{R_{1}} \right)^{ \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) }, \] where R is the rate and T is the temparature in Celsius (but can be kelvins). If we take the natural logarithm at the both sides:

\[ \ln{Q_{10}RR} = { \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) } \left( \ln{R_2} - \ln{R_1} \right). \]

Therefore, the sampling variance of lnQ₁₀RR (V_lnQ10RR) is, following Hedges et al. (1999): \[ V_{\ln{Q_{10}RR}} = { \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) }^2 \left[ \frac{(\text{SD}_{1})^2}{n_{1}({R}_{1})^2} + \frac{(\text{SD}_{2})^2}{n_{2} ({R}_{2})^2} \right], \] where SD₁ and SD₂ are the sample standard deviation of R₁ and R₂ at two different temperatures (T₁ and T₂), respectively and n are sample size for estimating R.

Wiki says “The Q₁₀ temperature coefficient is a measure of the rate of change of a biological or chemical system as a consequence of increasing the temperature by 10°C”

##

SQ₁₀: Comparing variances in physiological rates

So Q₁₀RR can be more accurately called ‘the tempature coefficent of the rate of change’. Once one realizes that the rate, R has a SD, then, we can define what we call ‘the tempature coefficent of change in the variation in the rates’, which is inspired by Nakagawa et al. (2015). We denote this as SQ₁₀, which can be written as:

\[ SQ_{10} = \left( \frac{\text{SD}_{2}}{\text{SD}_{1}} \right)^{ \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) }. \]
Like Q₁₀RR, we take the natural logarithm, then: \[ \ln{SQ_{10}} = { \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) } \left( \ln{\text{SD}_2} - \ln{\text{SD}_1} \right). \] The sampling variance for lnS₁₀ (V_lnS10) is, according to Nakagawa et al. (2015): \[ V_{\ln{SQ_{10}}} = { \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) }^2 \left[ \frac{1}{2\left( n_{1}-1 \right)} + \frac{1}{2\left(n_{2} - 1\right)} \right] \]

What does SQ₁₀ tell us? And how is it different from Q₁₀RR? Q₁₀RR is also referred to as ‘thermal sensitvity’. SQ₁₀ represents a change of individual variation at two temparature. It is hard to come up with a nifty name but let’s call it ‘thermal individual-variation change’ or ‘thermal idiosyncrasy’ is probably shorter and better? Actually Dan says “thermal stability” may capture the essence of SQ₁₀.

CVQ₁₀: Comparing Coefficient of Variance in Physiological Rates

We may want to derive CVQ₁₀ (i.e., the coefficient of variance in Q10), which is the change in SD corrected for the mean (i.e., CV) given that we know there exsits the mean-variance relationship. NO idea how we call this but CVQ₁₀ can be defiend as:

\[ CVQ_{10} = \left( \frac{\text{CV}_{2}}{\text{CV}_{1}} \right)^{ \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) }, \]

Like SQ₁₀, we take the natural logarithm, then:

\[ \ln{CVQ_{10}} = { \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) } \left( \ln{\text{CV}_2} - \ln{\text{CV}_1} \right). \]

The sampling variance for lnCV₁₀ (V_lnCV10) is, follwoing Nakagawa et al. (2015):

\[ V_{\ln{CVQ}_{10}} = { \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) }^2 \left[ \frac{(\text{SD}_{1})^2}{n_{1}({R}_{1})^2} + \frac{(\text{SD}_{2})^2}{n_{2} ({R}_{2})^2} + \frac{1}{2\left( n_{1}-1 \right)} + \frac{1}{2\left(n_{2} - 1\right)} \right] \]

Note that we assume there is no correlaiton between the mean and variance at the level of the sampling error although Nakagawa et al. (2015) did.

Mathematical equivalence of Q₁₀ effects sizes to LnRR?

After some close inspection of things when interpreting, I (Dan) think we may not be getting at the question I (we) thought we are interested in. This only dawned on me when interpreting the effect size in detail.

First, take a look back at Franks original paper. Basically, r1.1/2.1 to r1.2/r2.2 is really just discussing how the rate and variance change along the line of cold and warm acclimated. This is reflected strongly in the analyses presented throughout and the effect sizes we generate below. But, if we want to understand how exactly acclimation affects the mean and variance of physiological rates we need to compare to the post acclimation responses. However, contrary to what we have been thinking I do not think comparing r1.1 to r2.2 is relevant on its own (see the quite literal interpretations of this effect below). We certainly need to have an acute comparison otherwise post acclimation Q₁₀ doesn’t say much on it’s own. There is no question that comparing r1.1 to r2.2 is relevant as a rate, but it’s just that it needs to be relative to a non-acclimated response. The reason being is that the acclimation treatments are completely confounded with the measurement treatments. We already know from the Q₁₀ analyses of acute responses below that, actually there are really strong effects on mean physiological rates in response to temperature, surprise, surprise. What is new, is that we show that this is a heteroscadastic! Which means that the variance around the population mean along these lines increases with temperature. This is totally new and unexplored.

Nonetheless, this cool finding doesn’t allow us to make conclusions about the extent to which 1) acclimation affects mean physiological rates and 2) how the variance of these physiological rates is impacted by acclimation. In other words, what we really need to do is contrast Q_10acRR (r1.1 to r1.2) with Q_10paRR (r1.1 to r2.2) effect sizes, or alternatively the slope of each acute response. Of course, comparing the slopes between cold acclimated response curves and warm acclimated response curves would limit the amount of data quite a bit as we would need to rely on fully factorial experiments. However, we can compare Q_10acRR (r1.1 to r1.2) with Q_10paRR (r1.1 to r2.2), as this is what was done in the original paper anyway and we can do this in an effect size framework as above: \[ \ln{Q_{10}RR} = { \left(\ \frac{ { \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) } \left( \ln{R_{1.2}} - \ln{R_{1.1}} \right) }{ { \left(\ \frac{10^{\circ}}{T_{2}-T_{1}} \right) } \left( \ln{R_{2.2}} - \ln{R_{1.1}} \right)} \right) } \]

But, this equation starts to look awfully familiar. We can easily see how this can be simplified. First, because we are taking a ratio the temperature correction factors completely cancel out. Second, we see that \(\ln{R_{1.1}}\) is present in the denominator and numerator. So, this can go as well and our seemingly complex equation actually just simply condenses down mathematically to the good old fashioned log response ratio with the mean of the rates in the acclimation treatment 1 and acclimation 2 measured at the same temperature:

\[ \ln{RR} = {\ln \left( \frac{R_{1.2}}{R_{2.2}} \right)} \]

Or, simply just:

\[ \ln{RR} = {\left( \ln{R_{1.2}} - \ln{R_{2.2}} \right)} \]

Mathematically, what this appears to mean (unless I made a mistake which of course is possible so check please), all we need to do to get at our question is simply just compare the mean physiological rates from the two acclimation treatments, measured at the same temperature.

Actually, you will even notice that temperature is already corrected in these estimates, which means that we can actually compare across studies with wildly different temperatures anyway. Who the hell would have thought eh?

Setting up R

# clearning up
rm(list = ls())

# loading packages
devtools::install_github("haozhu233/kableExtra")
pacman::p_load(tidyverse, kableExtra, gridExtra, magrittr, Hmisc, googlesheets, 
    metafor, stringr, formatR, rmarkdown, kableExtra)

# loading functions
source("../R/functions.R", chdir = TRUE)

Loading and seeing data: R

We can view the data

# getting data from Google Sheet
gs <- gs_title("q10_newdata")
data <- as_tibble(gs_read(ss = gs))
kable(data) %>% kable_styling(font_size = 10) %>% scroll_box(width = "100%", 
    height = "200px")

record_num	data_source	source_page	phylum	class	order	family	genus	species	habitat	source	life hist	geo_location	lat	long	acclim_type	acclim_period	trait_category	trait	details	temp_1	temp_2	r1.1	r1.1_se	r1.1_N	r1.1_CV	r1.1_logCV	r1.2	r1.2_se	r1.2_N	r1.2_CV	r1.2_logCV	r2.1	r2.1_se	r2.1_N	r2.1_CV	r2.1_logCV	r2.2	r2.2_se	r2.2_N	r2.2_CV	r2.2_logCV	units	notes
p001_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Aigues-Mortes, France	43.0	4.0	1	35	other	swim	sperm	18.0	30.0	0.81	0.02	10	0.07	-2.66	1.23	0.02	10	0.05	-2.96	1.04	0.02	10	0.06	-2.87	1.70	0.04	10.00	0.07	-2.68	NA	NA
p002_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Kontiolahti, Finland	62.8	29.8	1	28	cardiac	heart rate	heart	4.0	17.0	32.00	1.00	15	0.12	-2.11	75.00	4.00	15	0.21	-1.58	25.00	1.00	15	0.15	-1.86	88.00	2.00	15.00	0.09	-2.43	in beats/min	NA
p002_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	a	Joensuu, Finland	62.6	29.8	1	28	ATPase	myofibrillar ATPase	atrium	4.0	17.0	0.08	0.01	6	0.41	-0.88	0.52	0.02	6	0.10	-2.31	0.03	0.00	6	0.23	-1.47	0.39	0.05	6.00	0.28	-1.26	in umol/mg protein x min	NA
p002_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	a	Joensuu, Finland	62.6	29.8	1	28	ATPase	myofibrillar ATPase	ventricle	4.0	17.0	0.05	0.01	6	0.63	-0.47	0.16	0.03	6	0.44	-0.82	0.05	0.01	6	0.38	-0.96	0.23	0.02	6.00	0.21	-1.56	in umol/mg protein x min	NA
p003_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Buffalo, New York	42.9	-78.8	1	42	rest_MR	MR	rest	20.0	24.0	1.62	0.09	19	0.24	-1.42	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.45	0.11	19.00	0.20	-1.63	ug/mg/h	NA
p003_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Buffalo, New York	42.9	-78.8	1	42	rest_MR	MR	rest	20.0	28.0	1.62	0.09	19	0.24	-1.42	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.21	0.30	20.00	0.32	-1.14	ug/mg/h	NA
p003_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Buffalo, New York	42.9	-78.8	1	42	rest_MR	MR	rest	20.0	32.0	1.62	0.09	19	0.24	-1.42	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.92	0.51	20.00	0.39	-0.95	ug/mg/h	NA
p004_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Monroe, Michigan, USA	41.8	83.4	1	14	rest_MR	MR	routine	5.0	25.0	0.14	0.02	12	0.54	-0.62	0.83	0.06	12	0.25	-1.38	0.06	0.03	12	1.73	0.55	0.82	0.08	12.00	0.32	-1.14	NA	NA
p005_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Ohio river	42.2	-81.2	1	14	rest_MR	MR	rest	10.0	18.0	0.65	0.01	10	0.05	-3.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.80	0.03	10.00	0.12	-2.13	ul/mg/h	NA
p005_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Ohio river	42.2	-81.2	1	14	rest_MR	MR	rest	18.0	26.0	0.80	0.03	10	0.12	-2.13	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.75	0.12	10.00	0.22	-1.53	ul/mg/h	NA
p005_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Ohio river	42.2	-81.2	1	14	rest_MR	MR	rest	10.0	26.0	0.65	0.01	10	0.05	-3.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.75	0.12	10.00	0.22	-1.53	ul/mg/h	NA
p006_o	NA	NA	Chordata	Reptilia	Squamata	Scincidae	Chalcides	ocellatus	t	w	a	Egypt	30.1	31.2	1	17	rest_MR	MR	rest	10.0	30.0	0.02	0.00	12	0.21	-1.58	0.10	0.01	12	0.22	-1.49	0.02	0.00	10	0.14	-1.99	0.11	0.00	10.00	0.12	-2.09	ml/g/h	NA
p006_o	NA	NA	Chordata	Reptilia	Squamata	Lacertidae	Lacerta	vivipara	t	w	a	New Forest, England	50.9	-1.6	1	15	rest_MR	MR	rest	10.0	30.0	0.09	0.01	10	0.23	-1.47	0.32	0.02	10	0.17	-1.78	0.05	0.00	10	0.20	-1.58	0.22	0.01	10.00	0.15	-1.89	ml/g/h	NA
p006_o	NA	NA	Chordata	Reptilia	Squamata	Scincidae	Lacerta	vivipara	t	w	j	New Forest, England	50.9	-1.6	1	16	rest_MR	MR	rest	10.0	30.0	0.12	0.02	8	0.40	-0.91	0.46	0.01	10	0.09	-2.40	0.07	0.00	5	0.15	-1.92	0.31	0.03	5.00	0.21	-1.57	ml/g/h	NA
p007_o	NA	NA	Mollusca	Bivalvia	Myoida	Myidae	Mya	arenaria	m	w	a	Blue Hill Falls	44.4	-68.6	1	14	rest_MR	MR	rest	10.0	20.0	0.20	0.05	8	0.71	-0.35	0.40	0.04	8	0.28	-1.26	0.16	0.05	8	0.88	-0.12	0.35	0.04	8.00	0.32	-1.13	ml/g/h	high intertidal
p007_o	NA	NA	Mollusca	Bivalvia	Myoida	Myidae	Mya	arenaria	m	w	a	Blue Hill Falls	44.4	-68.6	1	14	rest_MR	MR	rest	10.0	20.0	0.12	0.03	8	0.71	-0.35	0.45	0.07	8	0.44	-0.82	0.11	0.03	8	0.79	-0.23	0.20	0.02	8.00	0.28	-1.26	ml/g/h	mid intertidal
p007_o	NA	NA	Mollusca	Bivalvia	Myoida	Myidae	Mya	arenaria	m	w	a	Blue Hill Falls	44.4	-68.6	1	14	rest_MR	MR	rest	10.0	20.0	0.35	0.04	8	0.32	-1.13	0.40	0.03	8	0.21	-1.55	0.11	0.05	8	1.31	0.27	0.25	0.03	8.00	0.34	-1.08	ml/g/h	low intertidal
p007_o	NA	NA	Mollusca	Bivalvia	Myoida	Myidae	Mya	arenaria	m	w	a	Blue Hill Falls	44.4	-68.6	1	14	rest_MR	MR	rest	10.0	20.0	0.40	0.06	8	0.42	-0.86	0.30	0.06	8	0.57	-0.57	0.20	0.05	8	0.71	-0.35	0.22	0.05	8.00	0.64	-0.44	ml/g/h	subtidal
p008_o	NA	NA	Chordata	Actinopterygii	Pleuronectiformes	Soleidae	Solea	senegalensis	m	w	j	Cadiz, Spain	36.5	6.3	1	21	ATPase	Na-K-ATPase	gill	12.0	26.0	2.80	0.30	10	0.34	-1.08	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	13.00	1.00	10.00	0.24	-1.41	NA	NA
p008_o	NA	NA	Chordata	Actinopterygii	Pleuronectiformes	Soleidae	Solea	senegalensis	m	w	j	Cadiz, Spain	36.5	6.3	1	21	ATPase	Na-K-ATPase	kidney	12.0	26.0	2.00	0.20	10	0.32	-1.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.20	0.20	10.00	0.10	-2.28	NA	NA
p009_o	NA	NA	Arthropoda	Branchiopoda	Cladocera	Daphniidae	Daphnia	ambigua	f	c	a	NA	NA	NA	1	7	rest_MR	MR	rest	10.0	20.0	7.40	NA	NA	NA	NA	12.00	NA	NA	NA	NA	3.50	NA	NA	NA	NA	8.00	NA	NA	NA	NA	ug/mg dry/hr	NA
p010_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Cambaridae	Orconectes	nais	f	w	a	Lawrence, Kansas	39.0	-95.2	1	21	rest_MR	MR	rest	10.0	20.0	740.00	NA	NA	NA	NA	1100.00	NA	NA	NA	NA	1100.00	NA	NA	NA	NA	1800.00	NA	NA	NA	NA	ul/hr	NA
p011_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Pectinidae	Aequipecten	opercularis	m	c	a	Ardtoe, Scotland	56.8	5.9	1	42	sprint	swim	sprint	5.0	15.0	4.44	0.16	8	0.10	-2.29	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.85	0.16	8.00	0.08	-2.56	NA	NA
p012_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Helicidae	Helix	aspersa	t	w	a	Crete	32.2	24.9	1	16	cardiac	HR	rest	6.0	20.0	9.00	1.00	6	0.27	-1.30	20.00	2.00	6	0.24	-1.41	12.50	2.00	6	0.39	-0.94	20.00	2.00	6.00	0.24	-1.41	bpm	NA
p012_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Helicidae	Helix	lucorum	t	w	a	Edessa, Greece	40.8	22.1	1	16	cardiac	HR	rest	6.0	20.0	6.00	1.00	6	0.41	-0.90	18.00	2.00	6	0.27	-1.30	9.00	2.00	6	0.54	-0.61	25.00	2.00	6.00	0.20	-1.63	bpm	NA
p013_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	ATPase	ATPase	myofibrillar	5.0	15.0	0.16	0.01	6	0.15	-1.88	0.48	0.06	6	0.31	-1.18	0.13	0.01	6	0.19	-1.67	0.44	0.06	6.00	0.33	-1.10	umol pi mg-1 min-1	NA
p013_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	tension	muscle	5.0	15.0	97.00	15.00	10	0.49	-0.72	147.00	15.00	10	0.32	-1.13	110.00	12.00	10	0.34	-1.06	108.00	10.00	10.00	0.29	-1.23	kN m-2	NA
p013_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	velocity	muscle	5.0	15.0	3.50	0.80	10	0.72	-0.32	4.10	0.20	10	0.15	-1.87	2.80	1.00	10	1.13	0.12	6.20	0.80	10.00	0.41	-0.90	L s-1	NA
p014_o	NA	NA	Chordata	Actinopterygii	Characiformes	Prochilodontidae	Prochilodus	scrofa	f	w	a	Pirassununga, Brazil	22.0	47.4	1	28	rest_MR	MR	rest	15.0	25.0	1.72	0.38	10	0.69	-0.37	5.94	0.78	10	0.42	-0.88	0.63	0.25	10	1.26	0.24	3.44	0.25	10.00	0.23	-1.47	NA	NA
p014_o	NA	NA	Chordata	Actinopterygii	Characiformes	Prochilodontidae	Prochilodus	scrofa	f	w	a	Pirassununga, Brazil	22.0	47.4	1	28	rest_MR	MR	rest	25.0	35.0	3.44	0.31	10	0.29	-1.25	14.38	2.50	10	0.55	-0.60	2.34	0.38	10	0.51	-0.68	8.75	1.56	10.00	0.56	-0.57	NA	NA
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	Fibre Vmax	muscle length s-1	5.0	15.0	3.70	0.20	8	0.15	-1.88	3.00	0.70	5	0.52	-0.65	3.60	0.50	5	0.31	-1.17	7.10	0.90	5.00	0.28	-1.26	muscle length s-1	NA
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	2	50	muscle	Fibre Vmax	muscle length s-1	5.0	15.0	4.40	0.40	10	0.29	-1.25	4.00	0.30	7	0.20	-1.62	3.20	0.70	7	0.58	-0.55	6.40	0.50	7.00	0.21	-1.58	muscle length s-1	NA
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	Muscle force - tetani	kNm-2	5.0	15.0	139.40	14.50	11	0.34	-1.06	78.30	15.80	10	0.64	-0.45	124.90	20.40	10	0.52	-0.66	282.00	2.60	8.00	0.03	-3.65	NA	NA
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	2	50	muscle	Muscle force - tetani	kNm-2	5.0	15.0	161.70	14.20	12	0.30	-1.19	74.20	12.50	9	0.51	-0.68	179.40	18.60	6	0.25	-1.37	266.70	1.00	7.00	0.01	-4.61	kNm-2	NA
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	Muscle force - twitch	kNm-2	5.0	15.0	72.30	13.00	12	0.62	-0.47	26.20	10.00	11	1.27	0.24	80.60	11.20	11	0.46	-0.77	127.40	19.00	9.00	0.45	-0.80	NA	NA
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	2	50	muscle	Muscle force - twitch	kNm-2	5.0	15.0	82.80	10.50	12	0.44	-0.82	24.10	4.30	12	0.62	-0.48	114.50	9.20	7	0.21	-1.55	128.60	21.20	8.00	0.47	-0.76	kNm-2	NA
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	Muscle Wmax	W kg-1	5.0	15.0	121.10	33.30	8	0.78	-0.25	33.62	8.48	5	0.56	-0.57	55.30	20.00	5	0.81	-0.21	206.30	17.50	5.00	0.19	-1.66	W kg-1	NA
p016_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	sprint	Swim	velocity	5.0	15.0	0.80	0.10	6	0.31	-1.18	0.98	0.06	8	0.17	-1.75	NA	NA	NA	NA	NA	1.30	0.07	5.00	0.12	-2.12	m/s	NA
p016_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	sprint	Swim	acceleration	5.0	15.0	16.16	4.17	6	0.63	-0.46	18.41	1.88	8	0.29	-1.24	NA	NA	NA	NA	NA	22.04	2.88	5.00	0.29	-1.23	m/s2	NA
p017_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	a	Coruna, Spain	NA	NA	1	21	rest_MR	MR	rest	14.0	26.0	0.56	0.16	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.00	0.32	NA	NA	NA	ul/mg/h-1	NA
p018_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Notophthalmus	viridescens	f	c	a	Nashville, Te, USA	36.2	86.8	1	84	metabolic_enzyme	COX	muscle, mixed	8.0	26.0	4.70	0.30	NA	NA	NA	8.50	0.60	NA	NA	NA	3.40	0.20	NA	NA	NA	6.90	0.50	NA	NA	NA	NA	NA
p018_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Notophthalmus	viridescens	f	c	a	Nashville, Te, USA	36.2	86.8	1	84	metabolic_enzyme	CS	muscle, mixed	8.0	26.0	3.80	0.10	NA	NA	NA	8.05	0.50	NA	NA	NA	2.30	0.10	NA	NA	NA	5.40	0.40	NA	NA	NA	NA	NA
p018_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Notophthalmus	viridescens	f	c	a	Nashville, Te, USA	36.2	86.8	1	84	metabolic_enzyme	LDH	muscle, mixed	8.0	26.0	125.00	7.00	NA	NA	NA	400.00	23.00	NA	NA	NA	119.00	6.00	NA	NA	NA	410.00	25.00	NA	NA	NA	NA	NA
p018_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Notophthalmus	viridescens	f	c	a	Nashville, Te, USA	36.2	86.8	1	84	rest_MR	MR	SMR	8.0	26.0	2.72	0.27	10	0.31	-1.17	6.21	0.27	10	0.14	-1.99	1.47	0.27	10	0.57	-0.55	4.64	0.31	10.00	0.21	-1.55	light conditions were also changed	NA
p019_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	1	56	metabolic_enzyme	COX	muscle, red	5.0	15.0	54.30	3.00	NA	NA	NA	65.50	3.00	NA	NA	NA	50.40	2.50	NA	NA	NA	64.10	3.50	NA	NA	NA	NA	NA
p019_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	1	56	metabolic_enzyme	CPT1	muscle, red	5.0	15.0	0.37	0.02	NA	NA	NA	0.74	0.03	NA	NA	NA	0.20	0.01	NA	NA	NA	0.42	0.02	NA	NA	NA	NA	NA
p019_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	1	56	metabolic_enzyme	CS	muscle, red	5.0	15.0	17.10	0.60	NA	NA	NA	28.40	0.70	NA	NA	NA	14.20	0.60	NA	NA	NA	22.60	0.90	NA	NA	NA	NA	NA
p020_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Turku, Finland	60.5	22.3	1	21	cardiac	Heart rate	NA	5.0	18.0	19.00	NA	NA	NA	NA	75.00	NA	NA	NA	NA	12.00	NA	NA	NA	NA	68.00	NA	NA	NA	NA	bpm	isolated heart, no N provided - SE difficult to estimate
p021_o	NA	NA	Echinodermata	Echinoidea	Echinoida	Echinidae	Sterechinus	neumayeri	m	w	a	Rothera Point Antarctica	67.5	68.1	2	NA	rest_MR	MR	rest	-1.7	0.6	1.05	0.20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.50	0.25	NA	NA	NA	units are in umol/h	NA
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Plethodon	dorsalis	t	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	5.0	10.0	13.80	0.43	15	0.12	-2.11	19.30	0.69	15	0.14	-1.98	13.30	0.25	15	0.07	-2.62	14.80	0.38	15.00	0.10	-2.31	ul/g/h	aquatic or terrestrial??? Query for all salamanders
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Plethodon	dorsalis	t	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	10.0	15.0	14.80	0.38	15	0.10	-2.31	26.30	0.67	15	0.10	-2.32	15.80	0.38	15	0.09	-2.37	21.80	0.64	15.00	0.11	-2.17	ul/g/h	NA
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Plethodon	dorsalis	t	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	15.0	20.0	21.80	0.64	15	0.11	-2.17	61.90	3.23	15	0.20	-1.60	47.30	2.10	15	0.17	-1.76	46.50	1.13	15.00	0.09	-2.36	ul/g/h	NA
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Plethodon	dorsalis	t	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	20.0	25.0	46.50	1.13	15	0.09	-2.36	75.20	1.79	15	0.09	-2.38	54.70	1.97	15	0.14	-1.97	76.00	1.56	15.00	0.08	-2.53	ul/g/h	NA
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	5.0	10.0	13.80	0.43	15	0.12	-2.11	19.30	0.69	15	0.14	-1.98	13.30	0.25	15	0.07	-2.62	14.80	0.38	15.00	0.10	-2.31	ul/g/h	Replicated from above??
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	10.0	15.0	14.80	0.38	15	0.10	-2.31	26.30	0.67	15	0.10	-2.32	15.80	0.38	15	0.09	-2.37	21.80	0.64	15.00	0.11	-2.17	ul/g/h	NA
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	15.0	20.0	21.80	0.64	15	0.11	-2.17	61.90	3.23	15	0.20	-1.60	47.30	2.10	15	0.17	-1.76	46.50	1.13	15.00	0.09	-2.36	ul/g/h	NA
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	20.0	25.0	46.50	1.13	15	0.09	-2.36	75.20	1.79	15	0.09	-2.38	54.70	1.97	15	0.14	-1.97	76.00	1.56	15.00	0.08	-2.53	ul/g/h	NA
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	10.0	20.0	14.80	0.38	15	0.10	-2.31	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	46.50	1.13	15.00	0.09	-2.36	ul/g/h	NA
p023_o	NA	NA	Chordata	Reptilia	Squamata	Acrochordidae	Acrochordus	arafurae	f	c	a	Queensland	NA	NA	1	91	rest_MR	MR	SMR	24.0	32.0	0.88	0.13	8	0.42	-0.88	1.86	0.14	8	0.21	-1.55	0.74	0.08	9	0.32	-1.13	1.30	0.12	9.00	0.28	-1.28	NA	NA
p024_o	NA	NA	Chordata	Amphibia	Caudata	Ambystomatidae	Ambystoma	tigrinum	t	w	j	Arizona	34.0	-112.0	1	21	rest_MR	MR	rest	6.0	25.0	6.00	2.00	8	0.94	-0.06	44.00	5.00	8	0.32	-1.14	14.00	5.00	11	1.18	0.17	52.00	6.00	11.00	0.38	-0.96	ul STPD/g/h	NA
p024_o	NA	NA	Chordata	Amphibia	Caudata	Ambystomatidae	Ambystoma	tigrinum	t	w	j	Arizona	34.0	-112.0	1	21	rest_MR	MR	max	6.0	25.0	14.00	2.00	8	0.40	-0.91	107.00	10.00	8	0.26	-1.33	24.00	4.00	11	0.55	-0.59	137.00	16.00	11.00	0.39	-0.95	ul STPD/g/h	NA
p024_o	NA	NA	Chordata	Amphibia	Caudata	Ambystomatidae	Ambystoma	tigrinum	t	w	a	Arizona	34.0	-112.0	1	21	rest_MR	MR	rest	6.0	25.0	12.00	5.00	5	0.93	-0.07	63.00	10.00	5	0.35	-1.04	17.00	2.00	7	0.31	-1.17	86.00	7.00	7.00	0.22	-1.54	ul STPD/g/h	NA
p024_o	NA	NA	Chordata	Amphibia	Caudata	Ambystomatidae	Ambystoma	tigrinum	t	w	a	Arizona	34.0	-112.0	1	21	rest_MR	MR	max	6.0	25.0	27.00	5.00	5	0.41	-0.88	172.00	6.00	5	0.08	-2.55	25.00	3.00	7	0.32	-1.15	236.00	20.00	7.00	0.22	-1.50	ul STPD/g/h	NA
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	other	Filtration rate	NA	5.0	10.0	32.37	6.30	4	0.39	-0.94	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	66.11	7.10	4.00	0.21	-1.54	ml/h	NA
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	other	Filtration rate	NA	5.0	15.0	32.37	6.30	4	0.39	-0.94	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	162.00	37.00	4.00	0.46	-0.78	ml/h	NA
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	other	Filtration rate	NA	5.0	20.0	32.37	6.30	4	0.39	-0.94	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	144.00	23.00	4.00	0.32	-1.14	ml/h	NA
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	other	Filtration rate	NA	5.0	25.0	32.37	6.30	4	0.39	-0.94	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	135.00	30.00	4.00	0.44	-0.81	ml/h	NA
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	other	Filtration rate	NA	10.0	20.0	66.00	7.00	4	0.21	-1.55	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	144.00	23.00	4.00	0.32	-1.14	ml/h	NA
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	rest_MR	MR	rest	5.0	10.0	7.95	2.80	4	0.70	-0.35	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.65	1.20	4.00	0.52	-0.66	ul/hr	NA
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	rest_MR	MR	rest	5.0	15.0	7.95	2.80	4	0.70	-0.35	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.21	1.20	4.00	0.39	-0.95	ul/hr	NA
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	rest_MR	MR	rest	5.0	20.0	7.95	2.80	4	0.70	-0.35	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.26	1.20	4.00	0.33	-1.11	ul/hr	NA
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	rest_MR	MR	rest	5.0	25.0	7.95	2.80	4	0.70	-0.35	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	22.30	5.80	4.00	0.52	-0.65	ul/hr	NA
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	rest_MR	MR	rest	10.0	20.0	4.65	1.20	4	0.52	-0.66	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.26	1.20	4.00	0.33	-1.11	ul/hr	NA
p026_o	NA	NA	Chordata	Actinopterygii	Perciformes	Blenniidae	Blennius	pholis	m	w	a	Port Erin, Is of Man	54.1	-4.8	1	30	rest_MR	MR	rest	10.0	20.0	60.00	1.20	18	0.08	-2.47	120.00	2.00	18	0.07	-2.65	55.00	3.00	18	0.23	-1.46	85.00	4.00	18.00	0.20	-1.61	ml/g/h	NA
p027_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Ptychocheilus	oregonensis	f	w	a	Bonneville Dam, Columbia river	45.6	-121.9	1	21	rest_MR	MR	rest	9.0	15.0	24.30	2.20	18	0.38	-0.96	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	49.10	6.60	16.00	0.54	-0.62	mg kg-.67 h-1	NA
p027_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Ptychocheilus	oregonensis	f	w	a	Bonneville Dam, Columbia river	45.6	-121.9	1	21	rest_MR	MR	rest	9.0	21.0	24.30	2.20	18	0.38	-0.96	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	89.40	28.60	14.00	1.20	0.18	mg kg-.67 h-2	NA
p027_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Ptychocheilus	oregonensis	f	w	a	Bonneville Dam, Columbia river	45.6	-121.9	1	21	rest_MR	MR	rest	9.0	18.0	24.30	2.20	18	0.38	-0.96	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	75.00	8.70	16.00	0.46	-0.77	mg kg-.67 h-3	NA
p028_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	latouchii	f	w	a	Nanjenshan Nature Reserve, Taiwan	22.5	120.8	1	18	rest_MR	MR	rest	15.0	25.0	1.88	0.01	NA	NA	NA	5.18	0.01	NA	NA	NA	1.53	0.01	NA	NA	NA	4.51	0.01	NA	NA	NA	NA	NA
p029_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	tigrina	f	c	a	India	NA	NA	1	7	other	MR	liver slices	15.0	25.0	0.13	0.01	6	0.13	-2.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.25	0.01	6.00	0.10	-2.33	ul/mg/h	NA
p030_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ile de Re, France	46.2	1.6	1	18	rest_MR	MR	SMR	7.0	30.0	1.38	0.32	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.72	0.26	NA	NA	NA	NA	NA
p030_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ile de Re, France	46.2	1.6	1	18	rest_MR	MR	SMR	7.0	30.0	6.17	0.52	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	19.05	1.20	NA	NA	NA	NA	NA
p030_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ile de Re, France	46.2	1.6	1	18	endurance	swim	sustained	7.0	30.0	0.67	0.01	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.12	0.04	NA	NA	NA	units in m/s	NA
p031_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Elusor	macrurus	f	w	j	Mary River, QLD, Austraia	25.7	152.6	1	56	rest_MR	MR	rest	17.0	28.0	3.57	0.04	6	0.02	-3.71	7.14	0.54	6	0.18	-1.69	2.68	0.40	7	0.40	-0.92	7.59	0.76	7.00	0.26	-1.33	NA	NA
p031_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Elusor	macrurus	f	w	j	Mary River, QLD, Austraia	25.7	152.6	1	56	sprint	swim	sprint	17.0	28.0	0.68	0.03	6	0.09	-2.41	0.79	0.03	6	0.09	-2.41	0.67	0.02	7	0.06	-2.83	0.79	0.02	7.00	0.05	-2.93	units in m/s	NA
p032_o	NA	NA	Arthropoda	Insecta	Hymenoptera	Formicidae	Messor	capensis	t	w	a	Bartholomeus Klip Farm, W Cape Province, South Africa	33.7	19.0	1	8	rest_MR	MR	active	20.0	30.0	0.00	0.00	121	1.12	0.12	0.01	0.00	121	0.58	-0.55	0.00	0.00	121	1.11	0.11	0.01	0.00	121.00	0.70	-0.36	units in ml CO2/h	NA
p032_o	NA	NA	Arthropoda	Insecta	Hymenoptera	Formicidae	Messor	capensis	t	w	a	Bartholomeus Klip Farm, W Cape Province, South Africa	33.7	19.0	1	8	sprint	run	NA	20.0	30.0	0.01	0.00	121	0.79	-0.23	0.02	0.00	121	0.52	-0.66	0.01	0.00	121	0.76	-0.27	0.02	0.00	121.00	0.48	-0.74	units in m/s	NA
p033_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Brisbane QLD, Australia	27.5	153.0	1	56	sprint	swim	sprint	16.0	30.0	0.82	0.02	15	0.09	-2.36	1.35	0.02	15	0.06	-2.86	0.68	0.03	16	0.18	-1.73	1.25	0.01	16.00	0.03	-3.44	units in m/s	NA
p034_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	Humberside, England	53.6	-0.5	1	96	ATPase	ATPase	muscle	8.0	20.0	0.36	0.02	6	0.14	-1.99	0.86	0.05	6	0.14	-1.95	0.18	0.01	6	0.14	-1.99	0.58	0.05	6.00	0.21	-1.56	umol Pi/mg/min	Mg/Ca activated
p034_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	Humberside, England	53.6	-0.5	1	96	ATPase	ATPase	muscle	8.0	20.0	0.05	0.01	6	0.57	-0.57	0.02	0.01	6	1.53	0.43	0.03	0.00	6	0.31	-1.18	0.10	0.01	6.00	0.22	-1.50	umol Pi/mg/min	Mg EGTA activated
p034_o	NA	NA	Chordata	Reptilia	Testudines	Emydidae	Chrysemys	picta	f	w	a	Hiland Lake, Michigan	42.4	-84.0	2	NA	other	GFR	rest	5.0	25.0	1.10	0.02	15	0.05	-2.94	11.50	0.03	15	0.01	-4.59	0.90	0.02	15	0.06	-2.74	9.70	0.20	15.00	0.08	-2.53	ml/kg/h	NA
p034_o	NA	NA	Chordata	Reptilia	Testudines	Emydidae	Chrysemys	picta	f	w	a	Hiland Lake, Michigan	42.4	-84.0	2	NA	other	Urine prod	rest	5.0	25.0	0.75	0.01	15	0.05	-2.96	5.30	0.30	15	0.22	-1.52	0.50	0.01	15	0.08	-2.56	3.90	0.20	15.00	0.20	-1.62	ml/kg/h	NA
p035_o	NA	NA	Chordata	Actinopterygii	Siluriformes	Bagridae	Horabagrus	brachysoma	f	c	j	Mumbai, India	18.9	72.8	1	30	rest_MR	MR	rest	15.0	36.0	2.03	0.38	6	0.46	-0.78	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.50	0.47	6.00	0.15	-1.87	NA	NA
p036_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Catla	catla	f	c	j	Saphale, India	19.6	72.8	1	30	rest_MR	MR	rest	26.0	36.0	2.54	0.02	6	0.02	-3.86	5.49	0.11	6	0.05	-3.00	NA	NA	NA	NA	NA	4.40	0.07	6.00	0.04	-3.23	NA	NA
p036_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo	rohita	f	c	j	Saphale, India	19.6	72.8	1	30	rest_MR	MR	rest	26.0	36.0	2.37	0.06	6	0.06	-2.82	2.02	0.05	6	0.06	-2.89	NA	NA	NA	NA	NA	3.84	0.04	6.00	0.03	-3.58	NA	NA
p036_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cirrhinus	mrigala	f	c	j	Saphale, India	19.6	72.8	1	30	rest_MR	MR	rest	26.0	36.0	2.18	0.02	6	0.02	-3.97	4.70	0.11	6	0.05	-2.91	NA	NA	NA	NA	NA	3.65	0.04	6.00	0.03	-3.60	NA	NA
p037_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo	rohita	f	c	j	Khopoli, India	18.8	73.6	1	30	rest_MR	MR	rest	26.0	36.0	1.81	0.01	6	0.01	-4.59	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.92	0.01	6.00	0.01	-5.07	NA	NA
p038_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salmo	trutta	f	c	a	Hathersage, UK	53.3	1.7	1	42	metabolic_enzyme	CS	red muscle	5.0	15.0	NA	NA	NA	NA	NA	22.35	2.00	12	0.31	-1.17	NA	NA	NA	NA	NA	13.55	0.68	12.00	0.17	-1.75	NA	NA
p038_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salmo	trutta	f	c	a	Hathersage, UK	53.3	1.7	1	42	metabolic_enzyme	CS	white muscle	5.0	15.0	NA	NA	NA	NA	NA	4.12	0.11	12	0.09	-2.38	NA	NA	NA	NA	NA	2.26	0.15	12.00	0.23	-1.47	NA	NA
p038_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salmo	trutta	f	c	a	Hathersage, UK	53.3	1.7	1	42	metabolic_enzyme	PFK	red muscle	5.0	15.0	NA	NA	NA	NA	NA	4.01	0.48	12	0.41	-0.88	NA	NA	NA	NA	NA	7.23	0.61	12.00	0.29	-1.23	NA	NA
p038_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salmo	trutta	f	c	a	Hathersage, UK	53.3	1.7	1	42	metabolic_enzyme	PFK	white muscle	5.0	15.0	NA	NA	NA	NA	NA	21.85	2.50	12	0.40	-0.93	NA	NA	NA	NA	NA	35.52	3.45	12.00	0.34	-1.09	NA	NA
p038_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salmo	trutta	f	c	a	Hathersage, UK	53.3	1.7	1	42	endurance	swim	sustained	5.0	15.0	1.95	0.07	12	0.12	-2.08	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.10	0.12	12.00	0.20	-1.62	NA	NA
p039_o	NA	NA	Arthropoda	Arachnida	Acarina	Podacaridae	Halozetes	marinus	t	w	a	Marion Island	46.9	37.8	1	7	sprint	run	sprint	0.0	10.0	2.05	0.10	20	0.22	-1.52	8.00	0.20	20	0.11	-2.19	0.20	0.20	20	4.47	1.50	8.00	0.20	20.00	0.11	-2.19	units in leg strokes/20 s	NA
p039_o	NA	NA	Arthropoda	Arachnida	Acarina	Podacaridae	Halozetes	fulvus	t	w	a	Marion Island	46.9	37.8	1	7	sprint	run	sprint	0.0	10.0	2.30	0.10	20	0.19	-1.64	7.30	0.10	20	0.06	-2.79	0.10	0.10	20	4.47	1.50	7.30	0.20	20.00	0.12	-2.10	units in leg strokes/20 s	NA
p039_o	NA	NA	Arthropoda	Arachnida	Acarina	Podacaridae	Podacarus	auberti	t	w	a	Marion Island	46.9	37.8	1	7	sprint	run	sprint	0.0	10.0	2.50	0.20	20	0.36	-1.03	8.20	0.20	20	0.11	-2.22	0.20	0.10	20	2.24	0.80	8.70	0.20	20.00	0.10	-2.27	units in leg strokes/20 s	NA
p039_o	NA	NA	Arthropoda	Arachnida	Acarina	Podacaridae	Halozetes	belgicae	t	w	a	Marion Island	46.9	37.8	1	7	sprint	run	sprint	0.0	10.0	3.20	0.20	20	0.28	-1.27	12.50	0.50	20	0.18	-1.72	0.20	0.10	20	2.24	0.80	11.30	0.40	20.00	0.16	-1.84	units in leg strokes/20 s	NA
p040_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Texas, USA	30.6	95.5	1	14	rest_MR	MR	SMR	10.0	30.0	73.92	4.17	2	0.08	-2.53	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	223.40	25.48	10.00	0.36	-1.02	NA	NA
p040_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	megalotis	f	w	a	Texas, USA	30.6	95.5	1	14	rest_MR	MR	SMR	10.0	30.0	131.20	12.34	6	0.23	-1.47	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	187.67	25.73	10.00	0.43	-0.84	NA	NA
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	21	metabolic_enzyme	CK	white muscle	5.0	25.0	41.45	3.61	8	0.25	-1.40	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	26.93	2.58	8.00	0.27	-1.31	NA	NA
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Morehead City, NC, USA	34.7	76.8	1	21	metabolic_enzyme	CK	white muscle	5.0	25.0	33.56	1.25	8	0.11	-2.25	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	35.01	2.47	8.00	0.20	-1.61	NA	NA
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	21	metabolic_enzyme	CS	white muscle	5.0	25.0	1.44	0.12	8	0.24	-1.45	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.86	0.08	8.00	0.26	-1.34	NA	NA
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Morehead City, NC, USA	34.7	76.8	1	21	metabolic_enzyme	CS	white muscle	5.0	25.0	1.05	0.07	8	0.19	-1.67	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.87	0.08	8.00	0.26	-1.35	NA	NA
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	21	metabolic_enzyme	LDH	white muscle	5.0	25.0	93.31	5.83	8	0.18	-1.73	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	89.03	5.13	8.00	0.16	-1.81	NA	NA
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Morehead City, NC, USA	34.7	76.8	1	21	metabolic_enzyme	LDH	white muscle	5.0	25.0	76.46	3.57	8	0.13	-2.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	78.24	3.16	8.00	0.11	-2.17	NA	NA
p042_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	j	Sonora, Maxico	29.6	110.8	1	30	rest_MR	MR	rest	20.0	32.0	1.53	NA	20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.70	NA	20.00	NA	NA	NA	NA
p043_o	NA	NA	Chordata	Actinopterygii	Perciformes	Scombridae	Scomber	japonicus	m	w	a	Fullerton CA, USA	33.9	117.7	1	14	rest_MR	MR	SMR	18.0	24.0	3.95	2.10	12	1.84	0.61	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.47	2.51	12.00	1.95	0.67	NA	NA
p043_o	NA	NA	Chordata	Actinopterygii	Perciformes	Scombridae	Scomber	japonicus	m	w	a	Fullerton CA, USA	33.9	117.7	1	14	endurance	swim	sustained	18.0	24.0	3.50	0.17	12	0.16	-1.81	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.72	0.20	10.00	0.13	-2.02	NA	NA
p044_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Acanthochromis	polyacanthus	m	w	j	Palm Is QLD, Australia	18.8	146.6	1	120	rest_MR	MR	rest	28.5	31.5	9.22	0.31	28	0.18	-1.72	8.91	0.47	28	0.28	-1.28	13.76	1.09	30	0.44	-0.83	11.72	0.31	30.00	0.15	-1.92	NA	NA
p044_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Acanthochromis	polyacanthus	m	w	j	Palm Is QLD, Australia	18.8	146.6	1	21	rest_MR	MR	rest	22.5	25.5	5.06	0.19	19	0.16	-1.82	4.85	0.31	19	0.28	-1.27	7.13	0.38	19	0.23	-1.47	7.22	0.31	19.00	0.19	-1.67	NA	NA
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Acris	crepitans	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	5.0	15.0	0.04	NA	6	NA	NA	0.09	NA	6	NA	NA	0.05	NA	6	NA	NA	0.11	NA	6.00	NA	NA	ul/g/h	NA
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Acris	crepitans	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	5.0	25.0	0.04	NA	6	NA	NA	0.20	NA	6	NA	NA	0.08	NA	6	NA	NA	0.23	NA	6.00	NA	NA	ul/g/h	NA
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Acris	crepitans	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	15.0	25.0	0.05	NA	6	NA	NA	0.19	NA	6	NA	NA	0.14	NA	6	NA	NA	0.23	NA	6.00	NA	NA	ul/g/h	NA
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Pseudacris	triseriata	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	5.0	15.0	0.12	NA	6	NA	NA	0.21	NA	6	NA	NA	0.14	NA	6	NA	NA	0.20	NA	6.00	NA	NA	ul/g/h	NA
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Pseudacris	triseriata	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	5.0	25.0	0.12	NA	6	NA	NA	0.35	NA	6	NA	NA	0.09	NA	6	NA	NA	0.23	NA	6.00	NA	NA	ul/g/h	NA
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Pseudacris	triseriata	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	15.0	25.0	0.20	NA	6	NA	NA	0.32	NA	6	NA	NA	0.22	NA	6	NA	NA	0.23	NA	6.00	NA	NA	ul/g/h	NA
p047_o	NA	NA	Nematoda	Secernentea	Rhabditida	Rhabditidae	Caenorhabditis	elegans	f	c	a	NA	NA	NA	1	30	rest_MR	MR	rest	15.0	20.0	8.50	1.00	4	0.24	-1.45	12.00	1.50	4	0.25	-1.39	8.50	1.00	4	0.24	-1.45	14.50	2.00	4.00	0.28	-1.29	ul/mg.h	NA
p047_o	NA	NA	Nematoda	Secernentea	Rhabditida	Rhabditidae	Caenorhabditis	elegans	f	c	a	NA	NA	NA	1	30	rest_MR	MR	rest	15.0	25.0	8.50	1.00	4	0.24	-1.45	17.00	2.00	4	0.24	-1.45	7.50	0.08	4	0.02	-3.85	22.00	1.00	4.00	0.09	-2.40	ul/mg.h	NA
p047_o	NA	NA	Nematoda	Secernentea	Rhabditida	Rhabditidae	Caenorhabditis	elegans	f	c	a	NA	NA	NA	1	30	rest_MR	MR	rest	20.0	25.0	14.50	2.00	4	0.28	-1.29	20.50	1.50	4	0.15	-1.92	13.00	2.00	4	0.31	-1.18	22.00	1.00	4.00	0.09	-2.40	ul/mg.h	NA
p048_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	j	German Bight, Germany	54.5	7.2	1	60	metabolic_enzyme	COX	liver cells	4.0	11.0	22.00	4.00	4	0.36	-1.01	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	24.00	1.00	4.00	0.08	-2.48	U/10^6 cells	NA
p048_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	j	German Bight, Germany	54.5	7.2	1	60	metabolic_enzyme	CS	liver cells	4.0	11.0	6.20	0.70	4	0.23	-1.49	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.20	0.20	4.00	0.10	-2.35	U/10^6 cells	NA
p049_o	NA	NA	Arthropoda	Insecta	Coeloptera	Curculionidae	Sitophilus	granarius	t	c	a	NA	NA	NA	1	28	rest_MR	MR	rest	15.0	27.0	1.03	0.03	36	0.19	-1.65	3.01	0.06	36	0.11	-2.21	2.25	0.07	36	0.18	-1.69	7.18	2.12	36.00	1.77	0.57	ul/mg/h	NA
p049_o	NA	NA	Arthropoda	Insecta	Coeloptera	Curculionidae	Sitophilus	oryzae	t	c	a	NA	NA	NA	1	28	rest_MR	MR	rest	15.0	27.0	0.81	0.04	18	0.21	-1.54	4.40	0.19	18	0.19	-1.69	1.17	0.06	18	0.21	-1.54	5.91	0.27	18.00	0.19	-1.64	ul/mg/h	NA
p050_o	NA	NA	Arthropoda	Insecta	Coeloptera	Curculionidae	Sitophilus	granarius	t	c	a	NA	NA	NA	1	28	rest_MR	MR	rest	15.0	27.0	0.55	0.05	20	0.41	-0.90	1.80	0.05	20	0.12	-2.09	0.70	0.05	20	0.32	-1.14	1.75	0.05	20.00	0.13	-2.06	ul/mg/h	NA
p050_o	NA	NA	Arthropoda	Insecta	Coeloptera	Curculionidae	Sitophilus	oryzae	t	c	a	NA	NA	NA	1	28	rest_MR	MR	rest	15.0	27.0	0.60	0.05	20	0.37	-0.99	1.50	0.05	20	0.15	-1.90	0.67	0.05	20	0.33	-1.10	1.55	0.05	20.00	0.14	-1.94	ul/mg/h	NA
p051_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	w	a	Ontario, Canada	50.7	-86.0	1	14	rest_MR	MR	routine	10.0	20.0	19.30	4.00	5	0.46	-0.77	46.00	2.30	6	0.12	-2.10	10.70	1.50	4	0.28	-1.27	35.70	5.00	5.00	0.31	-1.16	mg/h per 200 g fish	NA
p051_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	w	a	Ontario, Canada	50.7	-86.0	1	14	rest_MR	MR	standard	10.0	20.0	12.10	0.50	5	0.09	-2.38	39.20	0.40	6	0.02	-3.69	8.90	0.15	4	0.03	-3.39	18.40	0.60	5.00	0.07	-2.62	NA	NA
p052_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	21	endurance	swim	sustained	10.4	28.7	5.80	0.30	6	0.13	-2.07	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.80	0.50	6.00	0.18	-1.71	NA	NA
p052_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Brunswick, GA, USA	31.2	81.5	1	21	endurance	swim	sustained	10.4	28.7	3.40	0.40	6	0.29	-1.24	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.10	0.20	6.00	0.10	-2.34	NA	NA
p053_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	a	Burnaby, Canada	49.3	123.0	2	30	endurance	swim	sustained	6.0	12.0	59.60	1.40	27	0.12	-2.10	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	63.50	1.90	11.00	0.10	-2.31	cm/s	NA
p054_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella marina	marina	t	w	a	Dumaguete, Phillipines	9.3	123.3	1	8	rest_MR	MR	rest	20.0	30.0	0.07	0.01	6	0.35	-1.05	0.24	0.05	6	0.52	-0.65	0.08	0.02	6	0.46	-0.78	0.14	0.05	6.00	0.87	-0.13	ml/g-0.8/h	sealevel, old name: Bufo marinus
p054_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Occidozyga	laevis	t	w	a	Lake Balinsusaya	9.3	123.2	1	8	rest_MR	MR	rest	20.0	30.0	0.09	0.02	6	0.41	-0.90	0.15	0.02	6	0.25	-1.37	0.11	0.02	6	0.35	-1.05	0.16	0.02	6.00	0.24	-1.44	ml/g-0.8/h	900 m elevation
p054_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Fejervarya	cancrivora	f	w	a	Dumaguete, Phillipines	9.3	123.3	1	8	rest_MR	MR	rest	20.0	30.0	0.09	0.02	6	0.54	-0.61	0.19	0.02	6	0.26	-1.36	0.13	0.02	6	0.38	-0.98	0.20	0.03	6.00	0.37	-1.00	ml/g-0.8/h	sealevel, old name: Rana cancrivora
p054_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Hylarana	erythraea	f	w	a	Dumaguete, Phillipines	9.3	123.3	1	8	rest_MR	MR	rest	20.0	30.0	0.07	0.02	6	0.52	-0.64	0.14	0.01	6	0.17	-1.74	0.08	0.02	6	0.49	-0.71	0.20	0.02	6.00	0.18	-1.69	ml/g-0.8/h	sealevel, old name: Rana erythraea
p054_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Limnonectes	magnus	f	w	a	Palimpinan, Phillipines	9.3	123.3	1	8	rest_MR	MR	rest	20.0	30.0	0.10	0.02	6	0.52	-0.66	0.18	0.02	6	0.27	-1.30	0.08	0.02	6	0.61	-0.49	0.17	0.02	6.00	0.29	-1.24	ml/g-0.8/h	150 m elevation, old names: Rana magna
p054_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Taricha	granulosa	t	c	a	Oregon	45.5	-122.9	1	7	rest_MR	MR	rest	5.0	20.0	12.80	2.50	9	0.59	-0.53	59.90	2.60	9	0.13	-2.04	11.10	0.70	9	0.19	-1.67	44.80	1.20	9.00	0.08	-2.52	ul/g/h	NA
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	5.0	10.0	0.72	0.15	6	0.51	-0.67	1.10	0.15	7	0.36	-1.02	0.85	0.15	7	0.47	-0.76	1.20	1.00	7.00	2.20	0.79	umol/h	NA
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	5.0	15.0	0.72	0.15	6	0.51	-0.67	2.10	0.15	7	0.19	-1.67	0.80	0.15	7	0.50	-0.70	2.40	0.15	6.00	0.15	-1.88	umol/h	NA
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	5.0	20.0	0.72	0.15	6	0.51	-0.67	3.20	0.15	7	0.12	-2.09	0.80	0.15	7	0.50	-0.70	3.20	0.15	7.00	0.12	-2.09	umol/h	NA
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	10.0	15.0	1.20	1.00	7	2.20	0.79	2.20	0.15	6	0.17	-1.79	1.60	0.15	7	0.25	-1.39	2.40	0.15	6.00	0.15	-1.88	umol/h	NA
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	10.0	20.0	1.20	1.00	7	2.20	0.79	3.50	0.15	5	0.10	-2.35	1.20	0.15	7	0.33	-1.11	3.20	0.15	7.00	0.12	-2.09	umol/h	NA
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	15.0	20.0	2.40	0.15	6	0.15	-1.88	2.90	0.15	7	0.14	-1.99	2.40	0.15	4	0.13	-2.08	3.20	0.15	7.00	0.12	-2.09	umol/h	NA
p055_o	NA	NA	Chordata	Actinopterygii	Atheriniformes	Melanotaeniidae	Melanotaenia	duboulayi	f	w	a	SE Queensland	27.4	153.7	1	42	sprint	swim	sprint	15.0	25.0	20.50	0.70	40	0.22	-1.53	28.00	0.60	40	0.14	-2.00	21.00	0.50	40	0.15	-1.89	26.00	1.20	40.00	0.29	-1.23	NA	NA
p055_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Atyidae	Paratya	australiensis	f	w	a	SE Queensland	27.4	153.7	1	42	sprint	swim	sprint	15.0	25.0	22.00	1.00	40	0.29	-1.25	32.00	1.00	40	0.20	-1.62	17.50	0.50	40	0.18	-1.71	23.00	0.70	40.00	0.19	-1.65	NA	NA
p055_o	NA	NA	Arthropoda	Insecta	Hemiptera	Notonectidae	Enithares	sp	f	w	a	SE Queensland	27.4	153.7	1	42	sprint	swim	sprint	15.0	25.0	50.00	2.00	80	0.36	-1.03	63.00	3.00	80	0.43	-0.85	52.00	2.00	80	0.34	-1.07	62.00	1.00	80.00	0.14	-1.94	cm/s	NA
p056_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Bufo	woodhousii	f	w	a	Denton, Texas	33.2	-97.1	1	21	rest_MR	MR	rest	10.0	15.0	18.90	1.00	40	0.33	-1.09	24.80	2.90	36	0.70	-0.35	18.90	1.80	40	0.60	-0.51	39.50	6.50	36.00	0.99	-0.01	ul/g/h	NA
p056_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Bufo	woodhousii	f	w	a	Denton, Texas	33.2	-97.1	1	21	rest_MR	MR	rest	10.0	20.0	18.90	1.00	40	0.33	-1.09	60.60	4.40	40	0.46	-0.78	22.50	1.50	40	0.42	-0.86	68.10	7.80	40.00	0.72	-0.32	ul/g/h	NA
p056_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Bufo	woodhousii	f	w	a	Denton, Texas	33.2	-97.1	1	21	rest_MR	MR	rest	10.0	25.0	18.90	1.00	40	0.33	-1.09	130.80	9.80	36	0.45	-0.80	15.40	0.90	36	0.35	-1.05	39.70	1.80	40.00	0.29	-1.25	ul/g/h	NA
p056_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Bufo	woodhousii	f	w	a	Denton, Texas	33.2	-97.1	1	21	rest_MR	MR	rest	15.0	20.0	39.50	6.50	6	0.40	-0.91	64.60	4.30	36	0.40	-0.92	43.00	4.20	40	0.62	-0.48	68.10	7.80	40.00	0.72	-0.32	ul/g/h	NA
p057_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	ochrophaeus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	10.0	16.19	1.34	41	0.53	-0.63	21.88	1.30	21	0.27	-1.30	25.57	2.00	38	0.48	-0.73	29.39	1.80	25.00	0.31	-1.18	ul/g/h	NA
p057_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	ochrophaeus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	15.0	16.19	1.34	41	0.53	-0.63	44.49	1.20	44	0.18	-1.72	23.98	1.20	45	0.34	-1.09	35.96	1.40	43.00	0.26	-1.37	ul/g/h	NA
p057_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	ochrophaeus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	20.0	16.19	1.34	41	0.53	-0.63	68.10	1.10	31	0.09	-2.41	20.38	1.30	39	0.40	-0.92	55.44	2.00	36.00	0.22	-1.53	ul/g/h	NA
p057_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	ochrophaeus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	10.0	20.0	29.39	1.80	25	0.31	-1.18	72.71	1.50	38	0.13	-2.06	20.20	1.10	32	0.31	-1.18	55.44	2.00	36.00	0.22	-1.53	ul/g/h	NA
p057_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	ochrophaeus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	15.0	20.0	35.96	1.40	43	0.26	-1.37	61.24	1.20	33	0.11	-2.18	29.03	0.80	40	0.17	-1.75	55.44	2.00	36.00	0.22	-1.53	ul/g/h	NA
p058_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	fuscus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	10.0	16.91	1.37	28	0.43	-0.85	22.49	0.90	28	0.21	-1.55	24.59	1.33	43	0.35	-1.04	31.42	1.50	33.00	0.27	-1.29	ul/g/h	NA
p058_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	fuscus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	15.0	16.91	1.37	28	0.43	-0.85	33.83	1.61	27	0.25	-1.40	24.66	1.18	43	0.31	-1.16	34.38	1.30	29.00	0.20	-1.59	ul/g/h	NA
p058_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	fuscus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	20.0	16.91	1.37	28	0.43	-0.85	57.31	1.30	25	0.11	-2.18	20.79	1.10	28	0.28	-1.27	50.71	1.83	29.00	0.19	-1.64	ul/g/h	NA
p058_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	fuscus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	10.0	20.0	31.42	1.50	33	0.27	-1.29	69.20	1.60	21	0.11	-2.24	22.39	1.10	23	0.24	-1.45	50.71	1.83	29.00	0.19	-1.64	ul/g/h	NA
p058_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	fuscus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	15.0	20.0	34.38	1.30	29	0.20	-1.59	60.57	2.70	23	0.21	-1.54	22.39	1.50	23	0.32	-1.14	50.71	1.83	29.00	0.19	-1.64	ul/g/h	NA
p059_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	Humberside, England	53.6	-0.5	1	30	ATPase	Ca ATPase	muscle SR	8.0	20.0	93.00	8.00	5	0.19	-1.65	206.00	27.00	5	0.29	-1.23	58.00	5.00	5	0.19	-1.65	161.00	11.00	5.00	0.15	-1.88	nmol p/mg/min	NA
p060_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Ross Sea, Antarctica	77.8	166.7	1	30	cardiac	cardiac output	rest	-1.0	4.0	22.50	3.00	8	0.38	-0.98	37.00	6.00	8	0.46	-0.78	31.00	3.00	8	0.27	-1.30	24.50	2.00	8.00	0.23	-1.47	mml/min kg	NA
p060_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Ross Sea, Antarctica	77.8	166.7	1	30	cardiac	cardiac output	max	-1.0	4.0	60.00	10.00	8	0.47	-0.75	60.50	8.00	8	0.37	-0.98	43.00	5.00	8	0.33	-1.11	53.00	7.00	8.00	0.37	-0.98	mml/min kg	NA
p060_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Ross Sea, Antarctica	77.8	166.7	1	30	cardiac	HR	rest	-1.0	4.0	19.00	1.00	8	0.15	-1.90	34.00	2.00	8	0.17	-1.79	20.50	1.50	8	0.21	-1.58	20.50	4.00	8.00	0.55	-0.59	NA	NA
p060_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Ross Sea, Antarctica	77.8	166.7	1	30	cardiac	HR	max	-1.0	4.0	28.00	1.00	8	0.10	-2.29	36.00	1.00	8	0.08	-2.54	29.00	1.00	8	0.10	-2.33	41.50	2.00	8.00	0.14	-1.99	NA	NA
p061_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Cambaridae	Orconectes	virilis	f	c	a	Wisconsin	44.5	-89.5	1	14	metabolic_enzyme	PFK	muscle	5.0	25.0	0.02	0.00	5	0.14	-1.97	0.11	0.00	5	0.02	-3.85	0.01	0.00	5	0.19	-1.68	0.07	0.00	5.00	0.03	-3.49	umole/min/mg	NA
p061_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Cambaridae	Orconectes	virilis	f	c	a	Wisconsin	44.5	-89.5	1	14	metabolic_enzyme	PFK	muscle	5.0	15.0	0.02	0.00	5	0.14	-1.97	0.05	0.00	5	0.04	-3.15	0.02	0.00	5	0.15	-1.90	0.04	0.00	5.00	0.06	-2.86	umole/min/mg	NA
p061_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Cambaridae	Orconectes	virilis	f	c	a	Wisconsin	44.5	-89.5	1	14	metabolic_enzyme	PFK	muscle	15.0	25.0	0.04	0.00	5	0.06	-2.86	0.09	0.00	5	0.02	-3.70	0.04	0.00	5	0.06	-2.78	0.07	0.00	5.00	0.03	-3.49	umole/min/mg	NA
p062_o	NA	NA	Chordata	Amphibia	Anura	Discoglossidae	Discoglossus	pictus	f	w	j	Madrid, Spain	40.4	-3.7	1	30	rest_MR	MR	rest	10.0	29.0	0.10	0.01	5	0.16	-1.80	0.23	0.02	5	0.19	-1.64	0.09	0.01	4	0.16	-1.80	0.23	0.02	4.00	0.18	-1.73	ul/mg/min	NA
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	COX	muscle, mixed	20.0	29.0	4.20	0.50	8	0.34	-1.09	4.80	0.60	8	0.35	-1.04	4.80	0.80	9	0.50	-0.69	6.20	1.20	9.00	0.58	-0.54	NA	NA
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	COX	liver	20.0	29.0	14.70	1.10	8	0.21	-1.55	7.50	0.90	8	0.34	-1.08	8.30	1.20	9	0.43	-0.84	9.80	1.20	9.00	0.37	-1.00	NA	NA
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	COX	heart	20.0	29.0	7.50	1.00	8	0.38	-0.98	6.90	1.30	8	0.53	-0.63	8.10	0.70	9	0.26	-1.35	10.70	1.20	9.00	0.34	-1.09	NA	NA
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	CS	muscle, mixed	20.0	29.0	2.80	0.50	8	0.51	-0.68	5.20	0.70	8	0.38	-0.97	3.00	0.60	9	0.60	-0.51	8.30	1.40	9.00	0.51	-0.68	NA	NA
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	CS	liver	20.0	29.0	3.00	0.60	8	0.57	-0.57	4.40	0.80	8	0.51	-0.67	2.70	0.50	9	0.56	-0.59	5.60	0.60	9.00	0.32	-1.13	NA	NA
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	CS	heart	20.0	29.0	9.90	1.30	8	0.37	-0.99	8.10	2.40	8	0.84	-0.18	11.40	0.60	9	0.16	-1.85	16.40	1.40	9.00	0.26	-1.36	NA	NA
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	LDH	muscle, mixed	20.0	29.0	287.70	29.20	8	0.29	-1.25	313.10	37.50	8	0.34	-1.08	214.80	27.50	9	0.38	-0.96	364.70	40.71	9.00	0.33	-1.09	NA	NA
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	LDH	liver	20.0	29.0	157.90	16.00	8	0.29	-1.25	264.90	24.50	8	0.26	-1.34	123.80	7.60	9	0.18	-1.69	219.10	25.80	9.00	0.35	-1.04	NA	NA
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	LDH	heart	20.0	29.0	162.20	21.60	8	0.38	-0.98	245.80	25.30	8	0.29	-1.23	117.40	7.50	9	0.19	-1.65	252.00	32.40	9.00	0.39	-0.95	NA	NA
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	endurance	swim	sustained	20.0	29.0	1.03	0.02	8	0.05	-2.90	0.68	0.01	8	0.04	-3.18	0.65	0.02	9	0.07	-2.67	1.11	0.01	9.00	0.03	-3.61	NA	NA
p064_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Penaeidae	Litopenaeus	vannamei	m	c	a	La Paz, Mexico	24.1	110.3	1	30	rest_MR	MR	rest	20.0	32.0	1.25	NA	20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.81	NA	20.00	NA	NA	NA	NA
p065_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	j	_istilfj_r_ur, Iceland	66.6	15.8	1	76	rest_MR	MR	rest	4.0	12.6	19.70	0.99	29	0.27	-1.31	98.16	3.14	30	0.18	-1.74	5.63	0.17	30	0.17	-1.79	14.38	0.46	30.00	0.17	-1.75	NA	NA
p065_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	j	Selvogsbanki, Iceland	63.5	21.5	1	76	rest_MR	MR	rest	4.0	12.6	20.63	2.08	12	0.35	-1.05	57.52	13.45	10	0.74	-0.30	6.88	2.05	30	1.64	0.49	21.57	0.97	30.00	0.25	-1.40	NA	NA
p066_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Sydney, Australia	33.4	151.2	1	28	sprint	swim	sprint	15.0	25.0	20.90	1.60	25	0.38	-0.96	20.64	1.24	25	0.30	-1.20	13.88	0.95	25	0.34	-1.07	19.66	1.08	25.00	0.27	-1.29	NA	NA
p066_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Sydney, Australia	33.4	151.2	1	28	endurance	swim	sustained	15.0	25.0	4.81	0.34	15	0.27	-1.30	6.38	0.57	15	0.35	-1.06	3.87	0.20	15	0.20	-1.61	7.62	0.75	15.00	0.38	-0.96	NA	NA
p066_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percichthyidae	Macquaria	novemaculeata	f	c	j	Palmers Island, NSW, Australia	29.4	153.3	1	28	sprint	swim	sprint	15.0	25.0	23.20	1.42	14	0.23	-1.47	26.30	1.70	14	0.24	-1.42	16.22	0.99	14	0.23	-1.48	27.95	1.69	14.00	0.23	-1.49	NA	NA
p066_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percichthyidae	Macquaria	novemaculeata	f	c	j	Palmers Island, NSW, Australia	29.4	153.3	1	28	endurance	swim	sustained	15.0	25.0	5.45	0.34	14	0.23	-1.45	6.55	0.21	14	0.12	-2.12	4.47	0.36	14	0.30	-1.20	7.40	0.38	14.00	0.19	-1.65	NA	NA
p067_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	CS	muscle, axial	8.0	23.0	6.00	0.11	7	0.05	-3.00	9.50	0.19	7	0.05	-2.94	3.60	0.19	7	0.14	-1.97	5.50	0.57	7.00	0.27	-1.30	NA	NA
p067_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	CS	muscle, pectoral	8.0	23.0	22.00	0.76	7	0.09	-2.40	34.00	1.89	7	0.15	-1.92	17.00	1.89	7	0.29	-1.22	26.00	1.89	7.00	0.19	-1.65	NA	NA
p067_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	LDH	muscle, axial	8.0	23.0	125.00	15.12	7	0.32	-1.14	225.00	22.68	7	0.27	-1.32	90.00	11.34	7	0.33	-1.10	160.00	18.90	7.00	0.31	-1.16	NA	NA
p067_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	LDH	muscle, pectoral	8.0	23.0	46.00	9.45	7	0.54	-0.61	70.00	9.45	7	0.36	-1.03	23.00	1.89	7	0.22	-1.53	38.00	3.02	7.00	0.21	-1.56	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	COX	duodenum	20.0	30.0	5.48	0.76	9	0.42	-0.88	7.27	1.02	9	0.42	-0.87	3.51	0.45	8	0.36	-1.02	4.50	0.62	8.00	0.39	-0.94	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	COX	heart	20.0	30.0	23.66	2.97	9	0.38	-0.98	28.82	3.58	9	0.37	-0.99	27.34	4.79	8	0.50	-0.70	33.52	6.15	8.00	0.52	-0.66	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	COX	liver	20.0	30.0	5.48	0.76	9	0.42	-0.88	7.27	1.02	9	0.42	-0.87	3.51	0.45	8	0.36	-1.02	4.50	0.62	8.00	0.39	-0.94	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	COX	muscle, mixed	20.0	30.0	3.76	0.84	9	0.67	-0.39	5.18	0.80	9	0.46	-0.77	2.53	0.49	8	0.55	-0.61	3.06	0.62	8.00	0.57	-0.56	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	CS	duodenum	20.0	30.0	12.72	1.46	9	0.35	-1.06	16.25	2.65	9	0.49	-0.71	11.57	1.34	8	0.33	-1.12	12.48	1.72	8.00	0.39	-0.94	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	CS	heart	20.0	30.0	32.67	3.16	9	0.29	-1.24	43.64	4.53	9	0.31	-1.17	28.73	4.65	8	0.46	-0.78	39.27	6.20	8.00	0.45	-0.81	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	CS	liver	20.0	30.0	12.72	1.46	9	0.35	-1.06	16.25	2.65	9	0.49	-0.71	11.57	1.34	8	0.33	-1.12	12.48	1.72	8.00	0.39	-0.94	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	CS	muscle, mixed	20.0	30.0	5.30	1.58	9	0.90	-0.11	7.74	1.49	9	0.58	-0.55	3.80	0.58	8	0.43	-0.84	5.21	0.80	8.00	0.43	-0.84	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	77	metabolic_enzyme	LDH	duodenum	20.0	30.0	54.64	6.22	9	0.34	-1.07	85.54	9.79	9	0.34	-1.07	49.73	10.40	8	0.59	-0.53	62.49	4.45	8.00	0.20	-1.60	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	LDH	heart	20.0	30.0	91.11	14.58	9	0.48	-0.73	158.14	23.20	9	0.44	-0.82	102.45	14.25	8	0.39	-0.93	173.22	23.43	8.00	0.38	-0.96	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	LDH	liver	20.0	30.0	54.64	6.22	9	0.34	-1.07	85.54	9.79	9	0.34	-1.07	49.73	10.40	8	0.59	-0.53	62.49	4.45	8.00	0.20	-1.60	NA	NA
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	LDH	muscle, mixed	20.0	30.0	398.21	29.32	9	0.22	-1.51	542.50	54.01	9	0.30	-1.21	398.81	52.10	8	0.37	-1.00	438.30	60.36	8.00	0.39	-0.94	NA	NA
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	CK	muscle, axial	8.0	23.0	417.00	41.70	10	0.32	-1.15	884.00	86.05	10	0.31	-1.18	538.60	79.40	10	0.47	-0.76	1184.00	127.47	10.00	0.34	-1.08	NA	NA
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	COX	muscle, axial	8.0	23.0	3.87	0.39	10	0.32	-1.15	5.45	0.59	10	0.34	-1.06	4.59	0.47	10	0.32	-1.13	6.79	0.63	10.00	0.29	-1.23	NA	NA
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	CS	muscle, axial	8.0	23.0	6.24	0.62	10	0.32	-1.15	9.59	0.29	10	0.09	-2.36	3.99	0.34	10	0.27	-1.32	6.20	0.50	10.00	0.26	-1.36	NA	NA
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	CS	muscle, pectoral	8.0	23.0	23.03	2.30	10	0.32	-1.15	31.64	0.52	10	0.05	-2.95	19.51	2.22	10	0.36	-1.02	30.12	3.26	10.00	0.34	-1.07	NA	NA
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	LDH	muscle, axial	8.0	23.0	107.30	10.73	10	0.32	-1.15	191.40	13.50	10	0.22	-1.50	146.70	29.38	10	0.63	-0.46	220.20	36.11	10.00	0.52	-0.66	NA	NA
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	LDH	muscle, pectoral	8.0	23.0	23.30	2.33	10	0.32	-1.15	41.80	0.58	10	0.04	-3.13	24.90	2.78	10	0.35	-1.04	44.30	4.52	10.00	0.32	-1.13	NA	NA
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	PFK	muscle, axial	8.0	23.0	0.76	0.08	10	0.32	-1.15	2.10	0.42	10	0.64	-0.45	0.61	0.12	10	0.64	-0.45	0.80	0.17	10.00	0.66	-0.41	NA	NA
p069_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Triturus	dobrogicus	f	w	a	Fu_loph‡za, Hungary	46.9	19.4	1	70	sprint	run	sprint	15.0	25.0	0.65	0.05	8	0.21	-1.54	0.93	0.12	8	0.38	-0.98	0.65	0.04	8	0.16	-1.83	1.19	0.14	8.00	0.32	-1.13	NA	NA
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	sprint	swim	sprint	8.0	23.0	15.10	0.63	10	0.13	-2.02	22.80	1.17	10	0.16	-1.82	15.40	1.01	10	0.21	-1.57	17.50	1.36	10.00	0.25	-1.40	NA	NA
p070_o	NA	NA	Mollusca	Gastropoda	Littorinimorpha	Bithyniidae	Bithynia	tentaculata	f	w	a	Hannover, Germany	52.4	9.7	1	35	max_MR	MR	active	12.0	18.0	22.24	1.55	3	0.12	-2.11	23.27	2.08	3	0.15	-1.87	10.29	3.03	3	0.51	-0.67	22.28	3.46	3.00	0.27	-1.31	NA	NA
p070_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Triturus	dobrogicus	f	w	a	Fu_loph‡za, Hungary	46.9	19.4	1	70	sprint	swim	sprint	15.0	25.0	2.91	0.19	8	0.18	-1.72	3.48	0.28	8	0.23	-1.47	3.21	0.12	8	0.11	-2.22	3.46	0.19	8.00	0.15	-1.89	NA	NA
p071_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Montpellier, France	43.6	3.9	1	NA	endurance	swim	sustained	18.0	30.0	13.50	0.10	15	0.03	-3.55	19.70	0.20	15	0.04	-3.24	11.00	0.60	15	0.21	-1.55	22.50	1.00	15.00	0.17	-1.76	NA	NA
p072_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	macrocephalus	m	w	a	Kodiak Is, USA	57.8	152.2	1	48	rest_MR	MR	rest	4.0	11.0	1.19	0.25	8	0.59	-0.52	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.53	0.22	8.00	0.41	-0.90	NA	NA
p073_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	Newhay, Yorkshire UK	NA	NA	1	21	ATPase	ATPase	muscle	8.0	28.0	0.52	0.05	6	0.24	-1.45	1.55	0.20	6	0.32	-1.15	0.37	0.03	5	0.18	-1.71	1.35	0.20	5.00	0.33	-1.10	umol Pi/mg/min	NA
p074_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	28	rest_MR	MR	rest	5.0	30.0	2.50	0.50	13	0.72	-0.33	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	24.00	3.00	10.00	0.40	-0.93	NA	NA
p074_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	28	max_MR	MR	max	5.0	30.0	7.50	1.00	13	0.48	-0.73	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	44.00	4.00	10.00	0.29	-1.25	NA	NA
p074_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Morehead City, NC, USA	34.7	76.8	1	28	rest_MR	MR	rest	5.0	30.0	1.50	0.50	6	0.82	-0.20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	23.00	2.50	6.00	0.27	-1.32	NA	NA
p074_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Morehead City, NC, USA	34.7	76.8	1	28	rest_MR	MR	max	5.0	30.0	5.00	1.00	6	0.49	-0.71	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	37.50	5.00	6.00	0.33	-1.12	NA	NA
p075_o	NA	NA	Chordata	Reptilia	Testudines	Cheloniidae	Caretta	caretta	m	w	a	Tyrhennian Sea, Italy	50.9	14.8	2	NA	rest_MR	MR	rest	15.7	25.4	0.82	0.26	9	0.95	-0.05	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.31	1.62	9.00	1.13	0.12	NA	NA
p076_o	NA	NA	Chordata	Agnatha	Petromyzontiformes	Petromyzontidae	Petromyzon	marinus	m	w	j	Lake Ontario, Canada	43.7	-77.9	1	30	rest_MR	MR	rest	10.0	20.0	0.06	NA	6	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.06	NA	6.00	NA	NA	mg/g-1/h	NA
p076_o	NA	NA	Chordata	Agnatha	Petromyzontiformes	Petromyzontidae	Petromyzon	marinus	m	w	j	Lake Ontario, Canada	43.7	-77.9	1	30	endurance	Swim	Ucrit	10.0	20.0	1.02	0.03	6	0.08	-2.57	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.43	0.86	6.00	1.47	0.39	BL/s	NA
p077_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	vergatipes	f	w	a	Burlington, New Jersey	40.1	-74.8	1	6	rest_MR	MR	rest	5.0	15.0	0.02	0.00	24	0.86	-0.15	0.04	0.01	24	0.70	-0.36	0.02	0.00	24	0.41	-0.90	0.05	0.00	24.00	0.39	-0.94	cm3/g/h	NA
p077_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	vergatipes	f	w	a	Burlington, New Jersey	40.1	-74.8	1	6	rest_MR	MR	rest	5.0	25.0	0.02	0.00	24	0.86	-0.15	0.07	0.01	24	0.41	-0.90	0.02	0.00	24	0.49	-0.71	0.15	0.01	24.00	0.34	-1.09	cm3/g/h	NA
p077_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	vergatipes	f	w	a	Burlington, New Jersey	40.1	-74.8	1	6	rest_MR	MR	rest	15.0	25.0	0.05	0.00	24	0.39	-0.94	0.08	0.01	24	0.50	-0.69	0.04	0.00	24	0.49	-0.71	0.15	0.01	24.00	0.34	-1.09	cm3/g/h	NA
p078_o	NA	NA	Annelida	Polychaeta	Spionida	Spionidae	Marenzelleria	viridis	m	w	j	Chester River MD, USA	39.0	76.2	2	NA	sprint	swim	sprint	5.0	25.0	5.40	0.25	6	0.11	-2.18	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.80	0.25	6.00	0.08	-2.54	NA	NA
p079_o	NA	NA	Chordata	Actinopterygii	Perciformes	Sparidae	Sparus	aurata	m	c	a	Atmella de MAr, Tarragone, Spain	40.9	48.2	1	21	rest_MR	MR	rest	8.0	12.0	4.00	0.19	7	0.13	-2.07	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.56	0.24	6.00	0.11	-2.25	NA	NA
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Asko	58.2	16.0	2	NA	rest_MR	MR	rest	3.0	17.0	7.82	0.78	4	0.20	-1.61	40.64	4.06	4	0.20	-1.61	3.13	0.31	4	0.20	-1.61	23.45	2.34	4.00	0.20	-1.61	it was Mytilus spp and changed	NA
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Gulf of Gdansk, Poland	55.2	18.9	2	NA	rest_MR	MR	rest	3.0	17.0	4.69	0.47	4	0.20	-1.61	328.26	32.83	4	0.20	-1.61	1.56	0.16	4	0.20	-1.61	15.63	1.56	4.00	0.20	-1.61	it was Mytilus spp and changed	NA
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Mecklenburg Bight, Germany	55.5	11.7	2	NA	rest_MR	MR	rest	3.0	17.0	7.82	0.78	4	0.20	-1.61	26.57	2.66	4	0.20	-1.61	12.51	1.25	4	0.20	-1.61	40.64	4.06	4.00	0.20	-1.61	it was Mytilus spp and changed	NA
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Grevelingenmeer	51.2	4.2	2	NA	rest_MR	MR	rest	10.0	17.0	18.76	1.88	4	0.20	-1.61	20.32	2.03	4	0.20	-1.61	3.13	0.31	4	0.20	-1.61	17.19	1.72	4.00	0.20	-1.61	it was Mytilus spp and changed	NA
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Westerschelde estuary	51.2	3.7	2	NA	rest_MR	MR	rest	10.0	17.0	9.38	0.94	4	0.20	-1.61	21.88	2.19	4	0.20	-1.61	2.50	0.25	4	0.20	-1.61	17.19	1.72	4.00	0.20	-1.61	it was Mytilus spp and changed	NA
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Pointe d’Aiguillon	46.3	18.1	2	NA	rest_MR	MR	rest	10.0	17.0	25.64	2.56	4	0.20	-1.61	37.52	3.75	4	0.20	-1.61	10.94	1.09	4	0.20	-1.61	39.08	3.91	4.00	0.20	-1.61	it was Mytilus spp and changed	NA
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Bidasoa estuary	43.6	1.8	2	NA	rest_MR	MR	rest	10.0	17.0	7.82	0.78	4	0.20	-1.61	6.88	0.69	4	0.20	-1.61	7.82	0.78	4	0.20	-1.61	20.32	2.03	4.00	0.20	-1.61	it was Mytilus spp and changed	NA
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Marseille	43.1	5.3	2	NA	rest_MR	MR	rest	14.0	24.0	26.57	2.66	4	0.20	-1.61	64.09	6.41	4	0.20	-1.61	23.45	2.34	4	0.20	-1.61	40.64	4.06	4.00	0.20	-1.61	it was Mytilus spp and changed	NA
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Golfo di Oristano	39.2	8.5	2	NA	rest_MR	MR	rest	14.0	24.0	25.01	2.50	4	0.20	-1.61	31.89	3.19	4	0.20	-1.61	42.20	4.22	4	0.20	-1.61	37.52	3.75	4.00	0.20	-1.61	it was Mytilus spp and changed	NA
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Santa Giusta lagoon	39.1	8.6	2	NA	rest_MR	MR	rest	14.0	24.0	26.57	2.66	4	0.20	-1.61	31.26	3.13	4	0.20	-1.61	20.32	2.03	4	0.20	-1.61	17.19	1.72	4.00	0.20	-1.61	it was Mytilus spp and changed	NA
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Umea	63.2	20.2	2	NA	rest_MR	MR	rest	3.0	17.0	9.38	0.94	4	0.20	-1.61	23.45	2.34	4	0.20	-1.61	10.94	1.09	4	0.20	-1.61	26.57	2.66	4.00	0.20	-1.61	it was Macoma balthica	NA
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Asko	58.2	16.0	2	NA	rest_MR	MR	rest	3.0	17.0	6.25	0.63	4	0.20	-1.61	24.38	2.44	4	0.20	-1.61	7.19	0.72	4	0.20	-1.61	15.63	1.56	4.00	0.20	-1.61	it was Macoma balthica	NA
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Gulf of Gdansk, Poland	55.2	18.9	2	NA	rest_MR	MR	rest	3.0	17.0	6.25	0.63	4	0.20	-1.61	31.26	3.13	4	0.20	-1.61	6.25	0.63	4	0.20	-1.61	25.01	2.50	4.00	0.20	-1.61	it was Macoma balthica	NA
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Mecklenburg Bight, Germany	55.5	11.7	2	NA	rest_MR	MR	rest	3.0	17.0	7.82	0.78	4	0.20	-1.61	21.88	2.19	4	0.20	-1.61	3.75	0.38	4	0.20	-1.61	29.70	2.97	4.00	0.20	-1.61	it was Macoma balthica	NA
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Westerschelde estuary	51.2	3.7	2	NA	rest_MR	MR	rest	10.0	17.0	25.01	2.50	4	0.20	-1.61	28.14	2.81	4	0.20	-1.61	10.94	1.09	4	0.20	-1.61	26.57	2.66	4.00	0.20	-1.61	it was Macoma balthica	NA
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Pointe d’Aiguillon	46.3	18.1	2	NA	rest_MR	MR	rest	10.0	17.0	4.69	0.47	4	0.20	-1.61	25.01	2.50	4	0.20	-1.61	4.69	0.47	4	0.20	-1.61	31.26	3.13	4.00	0.20	-1.61	it was Macoma balthica	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	atripectoralis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	63.15	9.47	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	75.34	11.30	5.00	0.34	-1.09	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	atripectoralis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	9.07	0.73	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.69	0.78	5.00	0.18	-1.72	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	ternatensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	46.58	6.99	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	45.02	6.75	5.00	0.34	-1.09	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	ternatensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	5.63	0.45	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.88	0.55	5.00	0.18	-1.72	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	aruanus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	52.83	7.93	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	58.15	8.72	5.00	0.34	-1.09	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	aruanus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	6.88	0.55	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	8.13	0.65	5.00	0.18	-1.72	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	reticulatus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	65.34	9.80	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	37.20	5.58	5.00	0.34	-1.09	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	reticulatus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	7.82	0.63	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.82	0.63	5.00	0.18	-1.72	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	azysron	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	41.27	6.19	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	33.76	5.06	5.00	0.34	-1.09	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	azysron	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	7.82	0.63	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.82	0.63	5.00	0.18	-1.72	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	bankieri	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	52.21	7.83	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	57.52	8.63	5.00	0.34	-1.09	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	bankieri	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	6.88	0.55	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	8.44	0.68	5.00	0.18	-1.72	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	cyanomos	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	39.08	5.86	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	29.70	4.45	5.00	0.34	-1.09	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	cyanomos	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	4.69	0.38	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	8.13	0.65	5.00	0.18	-1.72	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	coelestis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	70.97	10.64	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	66.28	9.94	5.00	0.34	-1.09	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	coelestis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	8.13	0.65	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	11.57	0.93	5.00	0.18	-1.72	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	lepidogenys	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	22.82	3.42	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	23.13	3.47	5.00	0.34	-1.09	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	lepidogenys	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	4.38	0.35	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.63	0.45	5.00	0.18	-1.72	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	moluccensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	36.58	5.49	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	31.89	4.78	5.00	0.34	-1.09	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	moluccensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	7.19	0.58	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.82	0.63	5.00	0.18	-1.72	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	atripectoralis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	9.75	0.98	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.06	0.91	5.00	0.22	-1.50	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	ternatensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	7.07	0.71	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.28	0.63	5.00	0.22	-1.50	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	aruanus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	7.77	0.78	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.23	0.72	5.00	0.22	-1.50	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	reticulatus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	9.35	0.94	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.74	0.67	5.00	0.22	-1.50	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	azysron	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	6.12	0.61	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.71	0.67	5.00	0.22	-1.50	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	bankieri	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	7.65	0.77	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.85	0.69	5.00	0.22	-1.50	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	cyanomos	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	6.59	0.66	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.02	0.50	5.00	0.22	-1.50	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	coelestis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	9.12	0.91	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.46	0.65	5.00	0.22	-1.50	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	lepidogenys	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	5.34	0.53	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.20	0.42	5.00	0.22	-1.50	NA	NA
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	moluccensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	5.64	0.56	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.52	0.55	5.00	0.22	-1.50	NA	NA
p082_o	NA	NA	Chordata	Reptilia	Squamata	Viperidae	Vipera	berus	t	w	a	Jutland, Denmark	57.0	9.9	1	90	rest_MR	MR	rest	5.0	25.0	10.00	0.40	30	0.22	-1.52	95.00	1.20	30	0.07	-2.67	22.00	1.20	30	0.30	-1.21	92.00	0.08	30.00	0.00	-5.35	ul/g/h	NA
p083_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Ontario,CA, USA	NA	NA	1	30	ATPase	Myofib ATPase	NA	10.0	35.0	0.30	0.04	8	0.38	-0.98	0.68	0.10	8	0.42	-0.88	0.06	0.01	8	0.47	-0.75	0.57	0.06	8.00	0.30	-1.21	umolP/mg/min	NA
p083_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinodontidae	Fundulus	heteroclitus	m	c	a	Woods Hole, MA USA	NA	NA	1	30	ATPase	Myofib ATPase	NA	10.0	35.0	0.31	0.02	8	0.18	-1.70	0.70	0.05	8	0.20	-1.60	0.23	0.03	8	0.37	-1.00	0.56	0.04	8.00	0.20	-1.60	umolP/mg/min	NA
p083_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Ontario,CA, USA	NA	NA	1	30	sprint	swim	sprint	10.0	35.0	0.90	0.07	10	0.25	-1.40	NA	NA	NA	NA	NA	0.20	0.08	10	1.26	0.24	1.00	0.02	10.00	0.06	-2.76	m/s	NA
p083_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinodontidae	Fundulus	heteroclitus	m	c	a	Woods Hole, MA USA	NA	NA	1	30	sprint	Swim	sprint	10.0	35.0	0.95	0.10	10	0.33	-1.10	NA	NA	NA	NA	NA	0.67	0.02	10	0.09	-2.36	0.98	0.10	10.00	0.32	-1.13	m/s	NA
p084_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	macrocephalus	m	c	a	More og Romsdal, Norway	62.5	7.2	1	56	metabolic_enzyme	LDH	muscle, white	6.0	14.0	162.20	5.00	36	0.18	-1.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	275.90	6.40	54.00	0.17	-1.77	NA	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	muscle	18.0	38.0	8.53	0.66	9	0.23	-1.46	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	14.77	0.98	9.00	0.20	-1.61	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	heart	18.0	38.0	10.56	0.79	9	0.22	-1.49	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	16.81	1.25	9.00	0.22	-1.50	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	muscle	18.0	28.0	8.53	0.66	9	0.23	-1.46	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	11.57	1.03	9.00	0.27	-1.32	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	heart	18.0	28.0	10.56	0.79	9	0.22	-1.49	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	12.85	1.08	9.00	0.25	-1.38	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	muscle	28.0	38.0	11.57	1.03	9	0.27	-1.32	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	14.77	0.98	9.00	0.20	-1.61	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	heart	28.0	38.0	12.85	1.08	9	0.25	-1.38	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	16.81	1.25	9.00	0.22	-1.50	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	muscle	18.0	38.0	2.95	0.11	9	0.11	-2.19	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.16	0.10	9.00	0.14	-1.97	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	heart	18.0	38.0	3.43	0.18	9	0.16	-1.85	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.14	0.21	9.00	0.20	-1.61	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	muscle	18.0	28.0	2.95	0.11	9	0.11	-2.19	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.93	0.10	9.00	0.16	-1.86	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	heart	18.0	28.0	3.43	0.18	9	0.16	-1.85	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.87	0.13	9.00	0.14	-2.00	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	muscle	28.0	38.0	1.93	0.10	9	0.16	-1.86	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.16	0.10	9.00	0.14	-1.97	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	heart	28.0	38.0	2.87	0.13	9	0.14	-2.00	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.14	0.21	9.00	0.20	-1.61	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	muscle	18.0	38.0	2.78	0.18	9	0.19	-1.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.85	0.28	9.00	0.22	-1.52	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	heart	18.0	38.0	2.95	0.19	9	0.19	-1.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.96	0.35	9.00	0.21	-1.55	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	muscle	18.0	28.0	2.78	0.18	9	0.19	-1.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.43	0.25	9.00	0.22	-1.52	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	heart	18.0	28.0	2.95	0.19	9	0.19	-1.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.82	0.26	9.00	0.20	-1.59	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	muscle	28.0	38.0	3.43	0.25	9	0.22	-1.52	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.85	0.28	9.00	0.22	-1.52	umol/mg/h	NA
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	heart	28.0	38.0	3.82	0.26	9	0.20	-1.59	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.96	0.35	9.00	0.21	-1.55	umol/mg/h	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	18.0	38.0	5.96	0.33	9	0.16	-1.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.22	0.31	9.00	0.10	-2.28	ml/h	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	18.0	28.0	5.96	0.33	9	0.16	-1.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.57	0.23	9.00	0.09	-2.38	ml/h	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	28.0	38.0	7.57	0.23	9	0.09	-2.38	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.22	0.31	9.00	0.10	-2.28	ml/h	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	18.0	28.0	181.40	2.60	9	0.04	-3.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	285.00	2.50	9.00	0.03	-3.64	ul/g/h	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	18.0	38.0	181.40	2.60	9	0.04	-3.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	237.60	2.50	9.00	0.03	-3.46	NA	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	28.0	38.0	285.00	2.50	9	0.03	-3.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	237.60	2.50	9.00	0.03	-3.46	NA	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	muscle	18.0	38.0	155.33	8.86	9	0.17	-1.77	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	213.70	8.54	9.00	0.12	-2.12	ul/g/h	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	heart	18.0	38.0	230.29	9.73	9	0.13	-2.07	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	316.65	9.55	9.00	0.09	-2.40	ul/g/h	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	muscle	18.0	28.0	155.33	8.86	9	0.17	-1.77	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	187.29	8.36	9.00	0.13	-2.01	ul/g/h	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	heart	18.0	28.0	230.29	9.73	9	0.13	-2.07	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	278.92	9.53	9.00	0.10	-2.28	ul/g/h	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	muscle	28.0	38.0	187.29	8.36	9	0.13	-2.01	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	213.70	8.54	9.00	0.12	-2.12	ul/g/h	NA
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	heart	28.0	38.0	278.92	9.53	9	0.10	-2.28	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	316.65	9.55	9.00	0.09	-2.40	ul/g/h	NA
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	metabolic_enzyme	G6PD	muscle, red	8.0	20.0	1.80	0.08	3	0.08	-2.56	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.10	0.15	3.00	0.05	-2.98	NA	NA
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	metabolic_enzyme	G6PD	muscle, white	8.0	20.0	0.50	0.10	3	0.35	-1.06	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.65	0.08	3.00	0.21	-1.55	NA	NA
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	metabolic_enzyme	G6PD	liver	8.0	20.0	48.00	8.00	3	0.29	-1.24	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	100.00	10.00	3.00	0.17	-1.75	NA	NA
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	antiox	SOD	muscle, red	8.0	20.0	6.30	0.15	5	0.05	-2.93	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.60	0.10	5.00	0.05	-3.02	NA	NA
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	antiox	SOD	muscle, white	8.0	20.0	1.95	0.10	5	0.11	-2.17	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.90	0.08	5.00	0.09	-2.36	NA	NA
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	antiox	SOD	liver	8.0	20.0	4.70	0.10	5	0.05	-3.05	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.10	0.15	5.00	0.07	-2.72	NA	NA
p088_o	NA	NA	Chordata	Reptilia	Squamata	Lacertidae	Xantusia	vigilis	t	w	a	Victorville, California	34.5	-117.3	1	50	sprint	Sprint speed	NA	20.0	30.0	70.00	1.00	26	0.07	-2.62	67.00	1.00	26	0.08	-2.58	102.00	1.00	26	0.05	-3.00	110.00	1.00	26.00	0.05	-3.07	cm/s	NA
p089_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	c	a	Vancouver	NA	NA	1	21	cardiac	Cardiac Output	max. perform	8.0	18.0	49.73	1.04	14	0.08	-2.55	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	62.87	1.57	14.00	0.09	-2.37	ml/min	NA
p089_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	c	a	Vancouver	NA	NA	1	21	cardiac	Heart rate	max. perform	8.0	18.0	51.90	1.40	14	0.10	-2.29	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	78.80	1.00	14.00	0.05	-3.05	bpm	in situ prep
p089_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	c	a	Vancouver	NA	NA	1	21	endurance	Swim	sustain	8.0	18.0	69.20	2.70	9	0.12	-2.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	96.20	2.40	9.00	0.07	-2.59	cm/s	NA
p089_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	c	a	Vancouver	NA	NA	1	21	endurance	Swim	sustain	8.0	18.0	2.04	0.10	9	0.15	-1.92	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.76	0.08	9.00	0.09	-2.44	BL/s	NA
p090_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Thamesford, Ontario, Canada	43.1	81.0	1	42	rest_MR	MR	rest	5.0	15.0	3.50	0.40	4	0.23	-1.48	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.50	0.20	7.00	0.12	-2.14	NA	NA
p090_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Thamesford, Ontario, Canada	43.1	81.0	1	42	max_MR	MR	max	5.0	15.0	5.70	0.40	8	0.20	-1.62	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	8.30	0.40	9.00	0.14	-1.93	NA	NA
p090_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Thamesford, Ontario, Canada	43.1	81.0	1	42	endurance	swim	sustained	5.0	15.0	2.00	0.10	7	0.13	-2.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.00	0.20	7.00	0.18	-1.74	NA	NA
p091_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	americanus	m	w	j	Logy Bay, Newfoundland, Canada	47.6	52.7	1	28	metabolic_enzyme	CS	whole body	3.0	11.0	0.49	0.08	7	0.43	-0.84	0.76	0.20	7	0.70	-0.36	0.57	0.05	7	0.23	-1.46	0.90	0.17	7.00	0.50	-0.69	NA	NA
p091_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	americanus	m	w	j	Logy Bay, Newfoundland, Canada	47.6	52.7	1	28	rest_MR	MR	rest	3.0	11.0	2.38	0.39	9	0.49	-0.71	7.50	0.63	9	0.25	-1.39	4.38	0.63	9	0.43	-0.85	9.42	1.20	9.00	0.38	-0.96	NA	NA
p092_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Colorado hatchery	NA	NA	2	NA	endurance	Ucrit	NA	5.0	20.0	20.00	0.30	42	0.10	-2.33	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	35.70	0.40	41.00	0.07	-2.63	cm/s	NA
p093_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	1	56	metabolic_enzyme	COX	mitochondrial solution	5.0	15.0	1.90	0.20	8	0.30	-1.21	3.15	0.30	8	0.27	-1.31	1.20	0.20	7	0.44	-0.82	1.95	0.50	7.00	0.68	-0.39	NA	NA
p094_o	NA	NA	Arthropoda	Insecta	Orthoptera	Gryllidae	Acheta	domesticus	t	c	a	Durban , South Africa	29.9	31.1	1	8	sprint	jump	max	25.0	33.0	138.00	15.38	12	0.39	-0.95	115.00	15.38	12	0.46	-0.77	100.00	13.64	12	0.47	-0.75	106.00	13.64	12.00	0.45	-0.81	mm	NA
p094_o	NA	NA	Arthropoda	Insecta	Orthoptera	Gryllidae	Acheta	domesticus	t	c	a	Durban , South Africa	29.9	31.1	1	8	rest_MR	MR	rest	25.0	33.0	11.47	NA	7	NA	NA	9.77	NA	7	NA	NA	8.31	NA	7	NA	NA	15.48	NA	7.00	NA	NA	umol CO2/h	NA
p094_o	NA	NA	Arthropoda	Insecta	Orthoptera	Gryllidae	Acheta	domesticus	t	c	a	Durban , South Africa	29.9	31.1	1	8	sprint	run	sprint	25.0	33.0	21.00	2.67	12	0.44	-0.82	27.00	2.67	12	0.34	-1.07	20.00	2.99	12	0.52	-0.66	29.00	2.99	12.00	0.36	-1.03	mm/s	NA
p095_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Helgoland, Germany	54.1	7.9	1	300	metabolic_enzyme	CS	liver	5.0	10.0	0.70	0.20	5	0.64	-0.45	0.90	0.20	5	0.50	-0.70	0.75	0.20	5	0.60	-0.52	0.80	0.20	5.00	0.56	-0.58	NA	NA
p095_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Helgoland, Germany	54.1	7.9	1	300	metabolic_enzyme	IDH	liver	5.0	10.0	0.05	0.01	4	0.44	-0.81	0.09	0.03	4	0.67	-0.41	0.04	0.01	5	0.56	-0.58	0.06	0.01	5.00	0.37	-0.99	IDH = isocitrate dehydrogenase	NA
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	COX	muscle, adductor	5.0	15.0	18.00	1.58	10	0.28	-1.28	25.00	0.95	10	0.12	-2.12	7.00	0.95	10	0.43	-0.85	11.00	0.90	10.00	0.26	-1.35	/mg protein	NA
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	CPT	muscle, adductor	5.0	15.0	17.00	1.90	10	0.35	-1.04	25.00	1.58	10	0.20	-1.61	4.00	0.63	10	0.50	-0.69	11.00	0.95	10.00	0.27	-1.30	/mg protein	NA
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	CS	muscle, adductor	5.0	15.0	22.50	3.48	10	0.49	-0.71	33.00	3.17	10	0.30	-1.19	15.00	1.58	10	0.33	-1.10	21.50	2.53	10.00	0.37	-0.99	/mg protein	NA
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	HK	muscle, adductor	5.0	15.0	20.00	2.53	10	0.40	-0.92	38.00	2.50	10	0.21	-1.57	8.00	1.27	10	0.50	-0.69	20.00	1.90	10.00	0.30	-1.20	/mg protein	NA
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	HOAD	muscle, adductor	5.0	15.0	29.00	3.16	10	0.35	-1.06	36.00	2.53	10	0.22	-1.50	10.00	0.95	10	0.30	-1.20	21.00	3.16	10.00	0.48	-0.74	/mg protein	NA
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	PFK	muscle, adductor	5.0	15.0	30.00	2.22	10	0.23	-1.45	40.00	2.20	10	0.17	-1.75	12.50	1.11	10	0.28	-1.27	25.00	2.22	10.00	0.28	-1.27	/mg protein	NA
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	PK	muscle, adductor	5.0	15.0	51.00	2.85	10	0.18	-1.73	66.00	2.80	10	0.13	-2.01	24.00	0.95	10	0.13	-2.08	44.00	2.22	10.00	0.16	-1.84	/mg protein	NA
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	antiox	SOD	muscle, adductor	5.0	15.0	1.80	0.38	10	0.67	-0.40	1.40	0.16	10	0.36	-1.03	1.10	0.38	10	1.09	0.09	3.50	0.63	10.00	0.57	-0.56	/mg protein	NA
p097_o	NA	NA	Tardigrada	Eutardigrada	Parachela	Macrobiotidae	Macrobiotus	harmsworthi	t	w	a	Qinling Mountains, China	34.0	107.6	1	14	endurance	run	sustained	10.0	25.0	3.30	0.35	25	0.53	-0.63	2.65	0.30	25	0.57	-0.57	2.00	0.35	25	0.88	-0.13	4.80	0.60	25.00	0.63	-0.47	mm/min	NA
p098_o	NA	NA	Chordata	Reptilia	Testudines	Emydidae	Trachemys	scripta	f	w	j	Sequoyah National Wilfile Refuge, OH, USA	35.5	95.0	1	186	rest_MR	MR	rest	25.0	30.0	2.54	0.68	11	0.88	-0.13	3.42	0.67	11	0.65	-0.44	0.98	0.39	14	1.51	0.41	1.48	0.40	14.00	1.01	0.01	NA	NA
p099_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Bufo	woodhousii	f	w	a	Imperial County, California	33.0	-115.3	1	42	sprint	Mean velocity	jumping	20.0	30.0	0.74	0.02	16	0.11	-2.22	0.77	0.01	10	0.03	-3.42	0.68	0.01	16	0.03	-3.53	0.81	0.01	10.00	0.04	-3.24	m/s	NA
p100_o	NA	NA	Chordata	Actinopterygii	Pleuronectiformes	Pleuronectidae	Pseudopleuronectes	americanus	m	w	j	Conception Bay, Newfoundland	47.8	-53.0	1	21	metabolic_enzyme	PFK	muscle	0.0	15.0	0.08	0.01	6	0.16	-1.81	0.14	1.00	6	18.14	2.90	0.03	0.01	6	0.49	-0.71	0.08	1.00	6.00	30.62	3.42	umole/min/mg	NA
p101_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Euastacus	sulcatus	f	w	a	Cave Creek, QLD, Australia	28.1	153.2	1	28	sprint	bite force	chelae	10.0	20.0	50.00	3.00	16	0.24	-1.43	58.00	4.00	16	0.28	-1.29	48.00	4.00	15	0.32	-1.13	58.00	5.00	15.00	0.33	-1.10	N	NA
p102_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Kieler Bight, Germany	54.5	10.4	1	56	metabolic_enzyme	COX	liver	3.5	13.5	3.09	0.33	5	0.24	-1.43	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.49	0.20	5.00	0.13	-2.05	NA	NA
p102_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Helgoland, Germany	54.1	7.9	1	28	metabolic_enzyme	COX	liver	3.5	10.0	6.25	0.85	5	0.30	-1.19	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.35	0.27	5.00	0.11	-2.18	NA	NA
p102_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Kieler Bight, Germany	54.5	10.4	1	56	metabolic_enzyme	CS	liver	3.5	13.5	1.05	0.21	5	0.45	-0.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.80	0.13	5.00	0.36	-1.01	NA	NA
p102_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Helgoland, Germany	54.1	7.9	1	28	metabolic_enzyme	CS	liver	3.5	10.0	1.23	0.10	5	0.18	-1.70	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.66	0.07	5.00	0.24	-1.44	NA	NA
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Helgoland, Germany	54.1	7.9	1	365	rest_MR	MR	rest	4.0	10.0	1.59	0.31	6	0.48	-0.73	3.22	0.31	6	0.24	-1.44	0.91	0.19	6	0.51	-0.68	1.88	0.34	6.00	0.45	-0.80	NA	NA
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Helgoland, Germany	54.1	7.9	1	365	max_MR	MR	max	4.0	10.0	6.25	0.69	6	0.27	-1.31	7.60	0.78	6	0.25	-1.38	5.31	0.69	6	0.32	-1.15	8.13	0.78	6.00	0.24	-1.45	NA	NA
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Tromso, Norway	69.7	18.9	1	365	rest_MR	MR	rest	4.0	10.0	1.16	0.16	6	0.33	-1.11	2.53	0.22	6	0.21	-1.55	1.16	0.16	6	0.33	-1.11	2.00	0.28	6.00	0.34	-1.07	NA	NA
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Tromso, Norway	69.7	18.9	1	365	max_MR	MR	max	4.0	10.0	5.00	0.31	6	0.15	-1.88	7.41	1.09	6	0.36	-1.02	7.19	0.31	6	0.11	-2.24	8.60	0.56	6.00	0.16	-1.83	NA	NA
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Helgoland, Germany	54.1	7.9	1	365	endurance	swim	sustained	4.0	10.0	0.70	0.05	6	0.17	-1.74	0.76	0.03	6	0.10	-2.34	0.76	0.02	6	0.06	-2.74	0.90	0.05	6.00	0.14	-1.99	NA	NA
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Tromso, Norway	69.7	18.9	1	365	endurance	swim	sustained	4.0	10.0	0.72	0.01	6	0.03	-3.38	0.77	0.04	6	0.11	-2.20	0.72	0.01	6	0.03	-3.38	0.80	0.05	6.00	0.15	-1.88	NA	NA
p104_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	clarki	f	c	a	Abbotsford, BC, Canada	49.0	122.3	1	21	endurance	swim	sustained	7.0	14.0	2.96	0.69	3	0.40	-0.91	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.81	0.22	4.00	0.09	-2.39	NA	NA
p105	table	114	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	max_MR	active metabolic rate	NA	15.0	25.0	3.12	0.13	30	0.23	-1.48	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.16	0.18	30.00	0.16	-1.83	mg/h	NA
p105	table	114	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	endurance	critical swimming speed	NA	15.0	25.0	40.26	0.50	30	0.07	-2.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	56.50	0.77	30.00	0.07	-2.60	cm/s	this study tries to get repeatability of these traits so we have 2 measurement each but I took only the first measurment
p105	table	114	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	rest_MR	resting metabolic rate	NA	15.0	25.0	0.71	0.03	30	0.23	-1.46	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.25	0.04	30.00	0.18	-1.74	mg/h	NA
p105_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Palaemonidae	Macrobrachium	rosenbergii	m	c	a	Mumbai, India	18.9	72.8	1	30	rest_MR	MR	rest	25.0	30.0	0.07	0.00	6	0.13	-2.06	0.10	0.00	6	0.11	-2.22	NA	NA	NA	NA	NA	0.09	0.00	6.00	0.11	-2.23	NA	NA
p106	fig	29	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Spinibarbus	sinensis	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	max_MR	active metabolic rate	NA	15.0	25.0	541.76	19.20	8	0.10	-2.30	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	980.91	37.73	8.00	0.11	-2.22	mg/h	NA
p106	fig	28	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Spinibarbus	sinensis	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	endurance	critical swimming speed	NA	15.0	25.0	35.50	0.83	8	0.07	-2.71	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	50.21	1.04	8.00	0.06	-2.84	cm/s	NA
p106	fig	28	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Spinibarbus	sinensis	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	other	optimal swimming speed	NA	15.0	25.0	26.89	2.27	8	0.24	-1.43	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	41.50	2.19	8.00	0.15	-1.90	cm/s	derived varaible?
p106	fig	29	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Spinibarbus	sinensis	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	rest_MR	resting metabolic rate	NA	15.0	25.0	127.22	9.01	8	0.20	-1.61	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	246.42	13.78	8.00	0.16	-1.84	mg/h	NA
p106_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	j	Sydney	-33.9	151.2	1	90	rest_MR	MR	rest	15.0	25.0	0.08	0.00	30	0.22	-1.52	0.22	0.01	30	0.30	-1.20	0.07	0.00	30	0.23	-1.45	0.18	0.01	30.00	0.42	-0.88	ml/g/h	NA
p107_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	guttolineata	f	w	a	Shelby Co, Alabama, USA	33.2	86.7	1	17	sprint	run	sprint	8.0	18.0	4.70	1.00	22	1.00	0.00	6.30	1.00	22	0.74	-0.30	4.65	1.20	22	1.21	0.19	7.00	2.10	22.00	1.41	0.34	NA	NA
p107_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	guttolineata	f	w	a	Shelby Co, Alabama, USA	33.2	86.7	1	17	sprint	swim	sprint	8.0	18.0	5.10	0.90	22	0.83	-0.19	7.25	1.00	22	0.65	-0.44	4.40	0.70	22	0.75	-0.29	6.80	1.30	22.00	0.90	-0.11	NA	NA
p108	fig	36	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Parabramis	pekinensis	f	c	j	Hechuan, Chongqing City, China	30.0	106.3	1	30	max_MR	active metabolic rate	NA	15.0	25.0	617.31	48.03	30	0.43	-0.85	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	834.87	29.19	30.00	0.19	-1.65	mg/kg/h	NA
p108	fig	36	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Parabramis	pekinensis	f	c	j	Hechuan, Chongqing City, China	30.0	106.3	1	30	endurance	critical swimming speed	NA	15.0	25.0	70.38	2.29	30	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	79.72	2.30	30.00	0.16	-1.84	cm/s	sample size - the best guess
p108	fig	37	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Parabramis	pekinensis	f	c	j	Hechuan, Chongqing City, China	30.0	106.3	1	30	sprint	maximum linear acceleration	NA	15.0	25.0	0.11	0.01	30	0.50	-0.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.19	0.03	30.00	0.91	-0.09	m/s2	max liner velocity and acceleration - the same thing???
p108	fig	37	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Parabramis	pekinensis	f	c	j	Hechuan, Chongqing City, China	30.0	106.3	1	30	sprint	maximum linear velocity	NA	15.0	25.0	0.86	0.13	30	0.86	-0.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.16	0.18	30.00	0.87	-0.14	m/s	NA
p108_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	5.0	10.0	41.30	3.10	15	0.29	-1.24	111.30	8.60	15	0.30	-1.21	68.00	2.20	15	0.13	-2.08	107.30	6.80	15.00	0.25	-1.40	ul/g/h	NA
p108_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	10.0	15.0	107.30	6.80	15	0.25	-1.40	183.30	7.50	15	0.16	-1.84	80.00	4.40	15	0.21	-1.55	178.70	8.90	15.00	0.19	-1.65	ul/g/h	NA
p108_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	15.0	20.0	178.70	8.90	15	0.19	-1.65	260.00	12.50	15	0.19	-1.68	150.00	6.90	15	0.18	-1.73	223.30	12.30	15.00	0.21	-1.54	ul/g/h	NA
p109_o	NA	NA	Chordata	Reptilia	Caudata	Plethodontidae	Eurycea	neotenes	f	w	a	Leakey, Texas	29.7	-99.8	1	25	rest_MR	MR	rest	10.0	15.0	102.95	10.26	11	0.33	-1.11	158.95	11.48	11	0.24	-1.43	101.56	6.49	10	0.20	-1.60	151.20	7.60	10.00	0.16	-1.84	ul/g/h	NA
p109_o	NA	NA	Chordata	Reptilia	Caudata	Plethodontidae	Eurycea	neotenes	f	w	a	Leakey, Texas	29.7	-99.8	1	25	rest_MR	MR	rest	5.0	10.0	29.00	1.27	11	0.15	-1.93	74.35	3.76	11	0.17	-1.79	42.51	3.07	11	0.24	-1.43	102.95	10.26	11.00	0.33	-1.11	ul/g/h	NA
p109_o	NA	NA	Chordata	Reptilia	Caudata	Plethodontidae	Eurycea	neotenes	f	w	a	Leakey, Texas	29.7	-99.8	1	25	rest_MR	MR	rest	15.0	20.0	151.20	7.60	10	0.16	-1.84	288.36	14.46	10	0.16	-1.84	137.20	7.40	9	0.16	-1.82	249.82	15.35	9.00	0.18	-1.69	ul/g/h	NA
p11	fig	1498	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Rutilus	rutilus	f	w	a	Lake Pyhäselkä, Finland	62.5	29.8	1	14	cardiac	heart rate	ECG	4.0	18.0	31.11	2.39	10	0.24	-1.41	74.19	5.47	10	0.23	-1.46	23.25	2.74	20	0.53	-0.64	55.73	4.44	20.00	0.36	-1.03	beats/min	T1 measurements taken at 6C rather than 4
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	metabolic_enzyme	COX	muscle, mixed	18.0	28.0	NA	NA	NA	NA	NA	6.05	0.40	10	0.21	-1.57	NA	NA	NA	NA	NA	5.05	0.30	10.00	0.19	-1.67	NA	NA
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	metabolic_enzyme	CS	muscle, mixed	18.0	28.0	NA	NA	NA	NA	NA	12.40	0.60	10	0.15	-1.88	NA	NA	NA	NA	NA	8.30	0.80	10.00	0.30	-1.19	NA	NA
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	metabolic_enzyme	HOAD	muscle, mixed	18.0	28.0	NA	NA	NA	NA	NA	7.40	0.40	5	0.12	-2.11	NA	NA	NA	NA	NA	6.25	0.20	5.00	0.07	-2.64	NA	NA
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	metabolic_enzyme	LDH	muscle, mixed	18.0	28.0	NA	NA	NA	NA	NA	180.00	5.00	10	0.09	-2.43	NA	NA	NA	NA	NA	88.00	10.00	10.00	0.36	-1.02	NA	NA
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	metabolic_enzyme	PK	muscle, mixed	18.0	28.0	NA	NA	NA	NA	NA	45.00	2.00	10	0.14	-1.96	NA	NA	NA	NA	NA	34.50	4.00	10.00	0.37	-1.00	NA	NA
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	endurance	swim	sustained	18.0	28.0	13.50	0.80	10	0.19	-1.67	20.05	1.50	15	0.29	-1.24	13.80	0.05	10	0.01	-4.47	20.80	1.00	15.00	0.19	-1.68	NA	NA
p111	fig	5	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	tshawytscha	f	c	j	Clements, CA, USA	38.2	-121.0	1	21	max_MR	Maximum Metabolic Rate	NA	15.0	19.0	10.34	1.03	12	0.34	-1.07	9.59	0.64	12	0.23	-1.47	8.72	0.70	12	0.28	-1.28	10.02	0.81	12.00	0.28	-1.27	mg O2 kg-1 min-1	NA
p111	fig	5	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	tshawytscha	f	c	j	Clements, CA, USA	38.2	-121.0	1	21	rest_MR	Routine Metabolic Rate	maximum metabolic rate	15.0	19.0	2.80	0.19	12	0.23	-1.45	3.47	0.18	12	0.18	-1.71	2.37	0.15	12	0.21	-1.55	3.08	0.15	12.00	0.16	-1.81	mg O2 kg-1 min-1	NA
p111_o	NA	NA	Arthropoda	Branchiopoda	Cladocera	Daphniidae	Daphnia	magna	f	c	a	Germany	NA	NA	1	70	other	Filtering rates	ml/h	5.0	10.0	0.70	0.01	25	0.07	-2.64	1.60	0.20	25	0.63	-0.47	0.55	0.05	25	0.45	-0.79	0.67	0.01	25.00	0.07	-2.60	NA	NA
p111_o	NA	NA	Arthropoda	Branchiopoda	Cladocera	Daphniidae	Daphnia	magna	f	c	a	Germany	NA	NA	1	70	other	Filtering rates	ml/h	10.0	15.0	0.67	0.01	25	0.07	-2.60	1.90	0.25	25	0.66	-0.42	0.80	0.25	25	1.56	0.45	2.40	0.30	25.00	0.63	-0.47	NA	NA
p111_o	NA	NA	Arthropoda	Branchiopoda	Cladocera	Daphniidae	Daphnia	magna	f	c	a	Germany	NA	NA	1	70	other	Filtering rates	ml/h	15.0	24.0	2.40	0.30	25	0.63	-0.47	2.50	0.05	25	0.10	-2.30	0.80	0.07	25	0.44	-0.83	2.80	0.20	25.00	0.36	-1.03	NA	NA
p112	fig	49	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	j	Grand Chenier, LA, USA	29.7	-92.8	1	210	mito_leak	Leak	Thigh	20.0	30.0	3.87	2.12	6	1.34	0.29	6.69	4.14	6	1.52	0.42	5.89	2.37	6	0.98	-0.02	13.86	4.54	6.00	0.80	-0.22	pmol O2/s/mg	These are the same animals
p112	fig	49	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	j	Grand Chenier, LA, USA	29.7	-92.8	1	210	mito_leak	Leak	Heart	20.0	30.0	3.32	1.57	4	0.94	-0.06	22.03	11.73	4	1.06	0.06	6.27	2.83	6	1.11	0.10	12.62	3.82	6.00	0.74	-0.30	pmol O2/s/mg	These are the same animals
p112	fig	48	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	j	Grand Chenier, LA, USA	29.7	-92.8	1	210	rest_MR	metabolic rate	VO2	20.0	30.0	0.21	0.06	6	0.67	-0.41	0.24	0.06	6	0.57	-0.57	0.31	0.03	6	0.27	-1.30	0.53	0.03	6.00	0.15	-1.93	ml/min	These are the same animals
p112	fig	49	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	j	Grand Chenier, LA, USA	29.7	-92.8	1	210	mito_oxidation	OxphosCI+II	Thigh	20.0	30.0	35.89	4.99	6	0.34	-1.08	65.68	7.18	6	0.27	-1.32	37.75	3.35	6	0.22	-1.53	83.35	6.51	6.00	0.19	-1.65	pmol O2/s/mg	These are the same animals
p112	fig	49	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	j	Grand Chenier, LA, USA	29.7	-92.8	1	210	mito_oxidation	OxphosCI+II	Heart	20.0	30.0	68.16	6.13	4	0.18	-1.71	108.04	9.98	4	0.18	-1.69	72.56	11.76	6	0.40	-0.92	116.16	16.03	6.00	0.34	-1.08	pmol O2/s/mg	These are the same animals
p112_o	NA	NA	Mollusca	Gastropoda	Neotaenioglossa	Littorinidae	Littorina	obtusata	m	w	a	Nobska Point, Cape Cod, USA	42.1	-70.2	1	18	rest_MR	MR	rest	4.0	21.0	0.67	0.10	15	0.58	-0.55	2.24	0.31	15	0.54	-0.62	0.61	0.05	15	0.32	-1.15	2.71	0.19	15.00	0.27	-1.30	ul mg-1 h-2	lower eulittoral
p112_o	NA	NA	Mollusca	Gastropoda	Neotaenioglossa	Littorinidae	Littorina	saxatilis	m	w	a	Nobska Point, Cape Cod, USA	42.1	-70.2	1	18	rest_MR	MR	rest	4.0	21.0	0.28	0.04	15	0.55	-0.59	2.61	0.25	15	0.37	-0.99	0.34	0.02	15	0.23	-1.48	2.45	0.16	15.00	0.25	-1.37	ul mg-1 h-1	upper eulittoral
p113	fig	199	Arthropoda	Malacostraca	Decapoda	Palinuridae	Panulirus	argus	m	w	j	Isla Mujeres Quintana Roo, Mexico	21.2	-86.7	1	35	rest_MR	RMR	NA	22.0	30.0	0.04	0.00	32	0.19	-1.67	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.06	0.00	32.00	0.07	-2.62	mgO2g-1h-1	NA
p113	fig	199	Arthropoda	Malacostraca	Decapoda	Palinuridae	Panulirus	argus	m	w	j	Isla Mujeres Quintana Roo, Mexico	21.2	-86.7	1	35	other	Total MR	NA	22.0	30.0	0.10	0.00	32	0.04	-3.24	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.07	0.00	32.00	0.13	-2.05	mgO2g-1h-1	NA
p113_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	j	Wageningen, Netherlands	52.0	5.7	1	35	ATPase	NA-K-ATPase	gill	15.0	29.0	2.60	0.30	8	0.33	-1.12	8.00	0.60	8	0.21	-1.55	1.75	0.15	8	0.24	-1.42	3.70	0.40	8.00	0.31	-1.18	umol Pi/h.mg protein	NA
p114	fig	4469	Chordata	Amphibia	Anura	Leptodactylidae	Pleurodema	thaul	t	w	j	Carrera Pinto, Chile	-27.1	-69.9	1	14	sprint	Jumping speed	NA	10.0	20.0	3.35	0.21	31	0.35	-1.05	7.34	0.30	31	0.23	-1.48	3.37	0.26	31	0.43	-0.84	6.91	0.50	31.00	0.40	-0.91	cm/s	NA
p114_o	NA	NA	Annelida	Clitellata	Haplotaxida	Lumbricidae	Eisenia	fetida	t	w	a	Baltimore	39.3	-76.6	1	28	rest_MR	MR	rest	15.0	25.0	1.85	0.14	9	0.23	-1.48	2.40	0.19	6	0.19	-1.64	NA	NA	NA	NA	NA	3.54	0.34	6.00	0.24	-1.45	ul/min/g	Name updated
p114_o	NA	NA	Annelida	Clitellata	Haplotaxida	Lumbricidae	Eisenia	fetida	t	w	a	Baltimore	39.3	-76.6	1	28	rest_MR	MR	rest	15.0	30.0	1.85	0.14	9	0.23	-1.48	3.71	0.21	6	0.14	-1.98	1.84	0.26	12	0.49	-0.71	4.36	0.26	18.00	0.25	-1.37	ul/min/g	Name updated
p114_o	NA	NA	Annelida	Clitellata	Haplotaxida	Lumbricidae	Eisenia	fetida	t	w	a	Baltimore	39.3	-76.6	1	28	rest_MR	MR	rest	25.0	30.0	3.54	0.34	6	0.24	-1.45	4.90	0.26	6	0.13	-2.04	3.71	0.17	12	0.16	-1.84	4.36	0.26	18.00	0.25	-1.37	ul/min/g	Name updated
p115	fig	3	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	Gullmar fjord, Sweden	58.3	11.4	1	56	max_MR	MMR	maximum metabolic rate	10.0	16.0	139.93	7.71	11	0.18	-1.70	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	117.40	5.20	11.00	0.15	-1.92	mg O2 kg-1 min-1	Single subject desgin (8 weeks for 16c but used as the period)
p115	fig	3	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	Gullmar fjord, Sweden	58.3	11.4	1	56	rest_MR	SMR	standard metabolic rate	10.0	16.0	40.82	3.08	11	0.25	-1.38	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	40.76	8.94	11.00	0.73	-0.32	mg O2 kg-1 min-1	Single subject desgin (8 weeks for 16c but used as the period)
p115_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	60	cardiac	Heart rate	bpm	10.0	25.0	25.00	3.00	NA	NA	NA	97.00	5.00	NA	NA	NA	15.00	3.00	NA	NA	NA	80.00	7.00	NA	NA	NA	bpm	NA
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	sprint	Burst velocity	spring male	15.0	25.0	22.36	1.79	10	0.25	-1.37	38.92	5.17	10	0.42	-0.87	12.55	1.79	10	0.45	-0.79	38.92	2.74	10.00	0.22	-1.50	BLs-1	NA
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	sprint	Burst velocity	summer male	15.0	25.0	12.89	1.96	10	0.48	-0.73	20.52	1.65	10	0.25	-1.37	10.72	1.65	10	0.49	-0.72	25.46	2.68	10.00	0.33	-1.10	BLs-1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	COX activity	male spring	15.0	25.0	10.32	0.86	7	0.22	-1.51	13.18	3.00	7	0.60	-0.51	5.91	0.45	7	0.20	-1.59	6.36	0.59	7.00	0.25	-1.40	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	COX activity	Female spring	15.0	25.0	9.13	0.74	7	0.21	-1.54	11.42	11.42	7	2.65	0.97	10.46	1.44	7	0.36	-1.01	12.45	1.59	7.00	0.34	-1.09	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	COX activity	male summer	15.0	25.0	7.56	0.45	7	0.16	-1.84	9.41	0.68	7	0.19	-1.65	7.97	0.87	7	0.29	-1.24	9.90	1.28	7.00	0.34	-1.07	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	COX activity	female summer	15.0	25.0	8.33	0.74	7	0.23	-1.45	11.63	0.74	7	0.17	-1.79	9.88	1.28	7	0.34	-1.07	12.60	1.20	7.00	0.25	-1.38	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	CS activity	male spring	15.0	25.0	8.96	0.62	7	0.18	-1.71	13.00	1.31	7	0.27	-1.32	4.23	0.50	7	0.31	-1.16	6.54	0.77	7.00	0.31	-1.17	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	CS activity	female spring	15.0	25.0	8.70	0.41	7	0.12	-2.09	12.60	0.33	7	0.07	-2.66	6.78	0.33	7	0.13	-2.04	9.69	0.59	7.00	0.16	-1.83	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	CS activity	female summer	15.0	25.0	11.28	0.38	7	0.09	-2.42	15.65	0.68	7	0.12	-2.16	8.62	0.80	7	0.24	-1.41	13.14	0.99	7.00	0.20	-1.62	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	CS activity	male summer	15.0	25.0	9.64	0.38	7	0.10	-2.25	12.74	0.27	7	0.06	-2.89	8.07	0.65	7	0.21	-1.55	13.51	0.88	7.00	0.17	-1.76	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	LDH activity	female spring	15.0	25.0	54.18	1.33	7	0.07	-2.73	114.23	2.14	7	0.05	-3.01	52.31	5.07	7	0.26	-1.36	111.03	7.74	7.00	0.18	-1.69	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	LDH activity	male summer	15.0	25.0	30.63	1.58	7	0.14	-1.99	67.08	3.70	7	0.15	-1.93	24.56	2.64	7	0.28	-1.26	56.25	6.07	7.00	0.29	-1.25	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	LDH activity	female summer	15.0	25.0	38.59	3.09	7	0.21	-1.55	79.25	5.92	7	0.20	-1.62	46.05	5.66	7	0.33	-1.12	92.88	8.75	7.00	0.25	-1.39	umol g-1 min -1	NA
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	LDH activity	male spring	15.0	25.0	49.04	3.15	7	0.17	-1.77	101.82	6.60	7	0.17	-1.76	33.56	2.29	7	0.18	-1.71	72.85	5.45	7.00	0.20	-1.62	umol g-1 min -1	NA
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	max_MR	Max MR	spring both	15.0	25.0	27.81	1.90	12	0.24	-1.44	37.33	2.48	12	0.23	-1.47	17.52	0.95	12	0.19	-1.67	37.71	2.57	12.00	0.24	-1.44	umolg-1h-1	NA
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	max_MR	Max MR	summer both	15.0	25.0	19.48	1.22	12	0.22	-1.53	41.95	2.43	12	0.20	-1.60	16.76	2.15	12	0.45	-0.81	38.76	2.62	12.00	0.23	-1.45	umolg-1h-1	NA
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	rest_MR	Resting MR	spring both	15.0	25.0	8.00	0.50	12	0.22	-1.53	20.60	1.00	12	0.17	-1.78	7.80	0.60	12	0.27	-1.32	15.50	1.30	12.00	0.29	-1.24	umolg-1h-1	NA
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	rest_MR	Resting MR	summer both	15.0	25.0	11.13	0.69	12	0.21	-1.54	24.14	0.99	12	0.14	-1.96	8.37	0.59	12	0.24	-1.41	13.30	0.49	12.00	0.13	-2.05	umolg-1h-1	NA
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	endurance	Sustained swimming	spring male	15.0	25.0	6.39	0.91	10	0.45	-0.79	7.36	1.20	10	0.52	-0.66	3.61	1.01	10	0.89	-0.12	12.12	0.91	10.00	0.24	-1.43	BLs-1	NA
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	endurance	Sustained swimming	summer male	15.0	25.0	4.29	1.43	10	1.05	0.05	7.07	2.12	10	0.95	-0.05	6.07	1.43	10	0.75	-0.29	18.38	1.52	10.00	0.26	-1.34	BLs-1	NA
p116_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Nacella	concinna	m	w	a	Adelaide Is, Antarctic Peninsula	67.5	68.0	1	270	muscle	tenacity	NA	-0.3	2.9	690.00	220.00	9	0.96	-0.04	390.00	120.00	4	0.62	-0.49	210.00	100.00	11	1.58	0.46	1040.00	300.00	7.00	0.76	-0.27	NA	NA
p117_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	bernacchii	m	w	a	McMurdo Sound, Antarctica	77.5	165.0	1	35	rest_MR	MR	rest	-1.5	4.0	3.60	0.10	5	0.06	-2.78	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.20	0.30	7.00	0.19	-1.67	nmol/g.h?	NA
p118_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Poecilia	reticulata	f	c	j	Paria River, Trinidad	10.8	61.9	1	70	rest_MR	MR	rest	23.0	30.0	1.41	0.05	15	0.13	-2.05	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.75	0.31	7.00	0.22	-1.52	NA	NA
p118_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Poecilia	reticulata	f	c	j	Paria River, Trinidad	10.8	61.9	1	70	sprint	swim	sprint	23.0	30.0	40.00	1.00	44	0.17	-1.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	40.50	2.00	19.00	0.22	-1.54	NA	NA
p119_o	NA	NA	Chordata	Reptilia	Squamata	Phrynosomatidae	Petrosaurus	mearnsi	t	w	a	white water, california	33.9	-116.7	1	10	rest_MR	MR	rest	15.0	35.0	0.02	0.00	10	0.34	-1.07	0.22	0.01	10	0.07	-2.63	0.01	0.00	10	0.56	-0.57	0.13	0.01	10.00	0.12	-2.11	cm3/g/h	NA
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex I	mitochondrial function - heart	12.0	28.0	1.64	0.45	38	1.69	0.53	2.84	0.35	38	0.76	-0.27	1.68	0.42	26	1.27	0.24	1.50	0.16	26.00	0.54	-0.61	pmol O2/s.ml.ng DNA	northern population
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex I	mitochondrial function - heart	12.0	28.0	2.27	0.34	43	0.98	-0.02	3.83	0.56	43	0.96	-0.04	1.44	0.15	40	0.66	-0.42	2.96	0.78	40.00	1.67	0.51	pmol O2/s.ml.ng DNA	southern population
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex II	mitochondrial function - heart	12.0	28.0	1.23	0.31	38	1.55	0.44	1.61	0.30	38	1.15	0.14	0.95	0.24	26	1.29	0.25	0.84	0.10	26.00	0.60	-0.51	pmol O2/s.ml.ng DNA	NA
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex II	mitochondrial function - heart	12.0	28.0	1.96	0.33	43	1.10	0.10	1.90	0.37	43	1.28	0.24	1.33	0.23	40	1.09	0.09	2.31	0.63	40.00	1.72	0.55	pmol O2/s.ml.ng DNA	NA
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex IV	mitochondrial function - heart	12.0	28.0	6.65	1.42	38	1.32	0.27	17.68	3.68	38	1.28	0.25	5.69	1.34	26	1.20	0.18	10.10	1.38	26.00	0.70	-0.36	pmol O2/s.ml.ng DNA	NA
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex IV	mitochondrial function - heart	12.0	28.0	8.07	1.11	43	0.90	-0.10	18.79	3.95	43	1.38	0.32	5.77	0.69	40	0.76	-0.28	15.96	3.37	40.00	1.34	0.29	pmol O2/s.ml.ng DNA	NA
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	State 3	mitochondrial function - heart	12.0	28.0	2.53	0.55	38	1.34	0.29	4.16	0.66	38	0.98	-0.02	2.15	0.40	26	0.95	-0.05	2.06	0.29	26.00	0.72	-0.33	pmol O2/s.ml.ng DNA	NA
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	State 3	mitochondrial function - heart	12.0	28.0	3.56	0.43	43	0.79	-0.23	5.69	0.76	43	0.88	-0.13	2.14	0.25	40	0.74	-0.30	4.62	1.30	40.00	1.78	0.58	pmol O2/s.ml.ng DNA	NA
p120_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	niloticus	f	c	a	Kenya	-1.3	36.8	1	90	rest_MR	MR	rest	20.5	26.5	69.60	2.00	6	0.07	-2.65	103.00	1.90	6	0.05	-3.10	38.80	1.30	6	0.08	-2.50	64.50	1.80	6.00	0.07	-2.68	mg/kg/h	NA
p121_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ioannina Lake, Greece	39.6	20.9	2	NA	metabolic_enzyme	COX	white muscle	12.3	19.0	NA	NA	NA	NA	NA	3.32	0.39	5	0.26	-1.34	NA	NA	NA	NA	NA	3.52	0.16	5.00	0.10	-2.29	NA	NA
p121_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ioannina Lake, Greece	39.6	20.9	2	NA	metabolic_enzyme	LDH	white muscle	12.3	19.0	NA	NA	NA	NA	NA	90.40	10.80	5	0.27	-1.32	NA	NA	NA	NA	NA	121.30	18.60	5.00	0.34	-1.07	NA	NA
p121_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ioannina Lake, Greece	39.6	20.9	2	NA	metabolic_enzyme	CCO	red muscle	12.3	19.0	NA	NA	NA	NA	NA	8.80	1.45	5	0.37	-1.00	NA	NA	NA	NA	NA	6.40	0.98	5.00	0.34	-1.07	NA	NA
p122	fig	20	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	fontinalis	f	w	j	Lake Nipigon, ON, Canada	49.8	-88.6	1	28	rest_MR	SMR	standard metabolic rate	12.0	16.0	5.99	0.38	10	0.20	-1.61	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	10.38	0.79	10.00	0.24	-1.43	mg O2/hr	NA
p122	fig	20	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	fontinalis	f	w	j	Hill’s Lake, ON, Canada	47.7	-80.0	1	28	rest_MR	SMR	standard metabolic rate	12.0	16.0	5.80	0.50	10	0.27	-1.30	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	8.86	0.56	10.00	0.20	-1.61	mg O2/hr	NA
p122	fig	21	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	fontinalis	f	w	j	Lake Nipigon, ON, Canada	49.8	-88.6	1	28	sprint	Swimming Performance	NA	12.0	16.0	6.17	0.25	10	0.13	-2.05	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.50	0.23	10.00	0.13	-2.01	Bl/s	NA
p122	fig	21	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	fontinalis	f	w	j	Hill’s Lake, ON, Canada	47.7	-80.0	1	28	sprint	Swimming Performance	NA	12.0	16.0	5.78	0.38	10	0.21	-1.56	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.10	0.52	10.00	0.27	-1.31	Bl/s	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	5.0	10.0	21.90	4.30	6	0.48	-0.73	41.60	4.60	6	0.27	-1.31	NA	NA	NA	NA	NA	19.40	0.90	6.00	0.11	-2.17	ul/hr	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	5.0	15.0	21.90	4.30	6	0.48	-0.73	68.40	3.80	6	0.14	-1.99	7.40	1.30	6	0.43	-0.84	40.20	6.20	6.00	0.38	-0.97	ul/hr	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	5.0	20.0	21.90	4.30	6	0.48	-0.73	76.40	9.60	6	0.31	-1.18	16.90	2.00	6	0.29	-1.24	44.90	6.30	6.00	0.34	-1.07	ul/hr	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	5.0	25.0	21.90	4.30	6	0.48	-0.73	104.00	6.00	6	0.14	-1.96	20.40	3.00	6	0.36	-1.02	53.40	10.40	6.00	0.48	-0.74	ul/hr	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	10.0	15.0	19.40	0.90	6	0.11	-2.17	30.00	2.80	6	0.23	-1.48	32.20	3.80	6	0.29	-1.24	40.20	6.20	6.00	0.38	-0.97	ul/hr	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	10.0	20.0	19.40	0.90	6	0.11	-2.17	58.80	7.90	6	0.33	-1.11	14.80	3.90	6	0.65	-0.44	44.90	6.30	6.00	0.34	-1.07	ul/hr	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	10.0	25.0	19.40	0.90	6	0.11	-2.17	58.80	10.10	6	0.42	-0.87	23.40	4.30	6	0.45	-0.80	53.40	10.40	6.00	0.48	-0.74	ul/hr	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	15.0	20.0	40.20	6.20	6	0.38	-0.97	57.30	9.40	6	0.40	-0.91	28.60	4.00	6	0.34	-1.07	44.90	6.30	6.00	0.34	-1.07	ul/hr	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	15.0	25.0	40.20	6.20	6	0.38	-0.97	61.90	11.60	6	0.46	-0.78	33.50	5.20	6	0.38	-0.97	53.40	10.40	6.00	0.48	-0.74	ul/hr	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	20.0	25.0	44.90	6.30	6	0.34	-1.07	51.00	8.70	6	0.42	-0.87	43.40	5.30	6	0.30	-1.21	53.40	10.40	6.00	0.48	-0.74	ul/g/h	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	aquatic routine	10.0	15.0	62.20	5.50	6	0.22	-1.53	95.50	5.00	6	0.13	-2.05	27.50	6.50	6	0.58	-0.55	61.70	11.70	6.00	0.46	-0.77	ul/g/h	NA
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	aquatic routine	10.0	20.0	62.20	5.50	6	0.22	-1.53	119.10	6.50	6	0.13	-2.01	20.00	6.40	6	0.78	-0.24	71.76	6.80	6.00	0.23	-1.46	ul/g/h	NA
p122_o	NA	NA	Mollusca	Mollusca	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	aquatic routine	10.0	25.0	62.20	5.50	6	0.22	-1.53	155.00	12.50	6	0.20	-1.62	NA	NA	NA	NA	NA	75.30	10.00	6.00	0.33	-1.12	ul/g/h	NA
p123_o	NA	NA	Chordata	Actinopterygii	Perciformes	Apoginidae	Ostorhinchus	doederleini	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	7	rest_MR	MR	rest	29.0	32.0	0.27	0.03	8	0.35	-1.05	0.36	0.09	6	0.63	-0.46	NA	NA	NA	NA	NA	0.46	0.10	6.00	0.54	-0.62	NA	NA
p123_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	moluccensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	22	rest_MR	MR	rest	29.0	32.0	0.28	0.06	12	0.69	-0.38	0.40	0.09	12	0.74	-0.30	NA	NA	NA	NA	NA	0.35	0.06	9.00	0.51	-0.66	NA	NA
p124_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Clinostomus	elongatus	f	w	a	Cattaraugus Co, NY USA	42.2	78.7	1	14	rest_MR	MR	rest	6.0	20.0	0.07	0.01	16	0.59	-0.53	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.23	0.01	31.00	0.25	-1.41	NA	NA
p125_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Barbonymus	schwanenfeldii	f	c	j	NA	NA	NA	1	42	sprint	swim	sprint	20.0	30.0	29.64	7.27	11	0.81	-0.21	30.55	5.45	11	0.59	-0.52	23.64	3.64	10	0.49	-0.72	31.27	5.45	10.00	0.55	-0.60	NA	NA
p125_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Barbonymus	schwanenfeldii	f	c	j	NA	NA	NA	1	42	endurance	swim	sustained	20.0	30.0	7.45	0.91	8	0.34	-1.06	7.45	2.18	6	0.72	-0.33	7.27	1.27	8	0.49	-0.70	13.09	2.36	6.00	0.44	-0.82	NA	NA
p125_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Barbus	barbus	f	c	j	UK	NA	NA	1	42	sprint	swim	sprint	7.0	25.0	20.00	3.64	8	0.51	-0.67	30.91	9.09	8	0.83	-0.18	14.55	1.82	8	0.35	-1.04	26.36	3.64	8.00	0.39	-0.94	NA	NA
p125_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Barbus	barbus	f	c	j	UK	NA	NA	1	42	endurance	swim	sustained	7.0	25.0	6.18	2.91	8	1.33	0.29	7.45	0.91	7	0.32	-1.13	0.18	0.00	6	0.02	-3.71	13.09	2.91	7.00	0.59	-0.53	NA	NA
p126_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	metabolic_enzyme	CS	red muscle	8.0	20.0	24.50	4.00	5	0.37	-1.01	NA	NA	NA	NA	NA	14.50	1.00	5	0.15	-1.87	NA	NA	NA	NA	NA	NA	NA
p126_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	metabolic_enzyme	CS	liver	8.0	20.0	1.80	0.10	5	0.12	-2.09	NA	NA	NA	NA	NA	0.85	0.25	5	0.66	-0.42	NA	NA	NA	NA	NA	NA	NA
p127_o	NA	NA	Cnidaria	Anthozoa	Actiniaria	Actiniidae	Actinia	equina	m	w	a	Biscay	43.2	-3.0	1	28	rest_MR	MR	rest	15.0	20.0	0.75	NA	NA	NA	NA	1.10	NA	NA	NA	NA	0.70	NA	NA	NA	NA	0.95	NA	NA	NA	NA	ml/g/h	NA
p127_o	NA	NA	Cnidaria	Anthozoa	Actiniaria	Actiniidae	Actinia	equina	m	w	a	Biscay	43.2	-3.0	1	28	rest_MR	MR	rest	15.0	25.0	0.75	NA	NA	NA	NA	1.80	NA	NA	NA	NA	0.90	NA	NA	NA	NA	2.00	NA	NA	NA	NA	ml/g/h	NA
p127_o	NA	NA	Cnidaria	Anthozoa	Actiniaria	Actiniidae	Actinia	equina	m	w	a	Biscay	43.2	-3.0	1	28	rest_MR	MR	rest	20.0	25.0	0.95	NA	NA	NA	NA	1.20	NA	NA	NA	NA	1.25	NA	NA	NA	NA	2.00	NA	NA	NA	NA	ml/g/h	NA
p128	fig	266	Mollusca	Bivalvia	Ostreoida	Mytilidae	Mytilus	coruscus	m	w	j	Shengsi island of Zhejiang Province, china	30.6	121.8	2	14	rest_MR	Respiration rate	NA	25.0	30.0	0.02	0.00	3	0.06	-2.81	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.02	0.00	3.00	0.04	-3.12	mg O2/hr/g	ph7.7 (normal)
p128_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percidae	Perca	flavescens	f	w	a	Anchor Bay MI, USA	42.8	82.7	2	NA	ATPase	NA-K-ATPase	gill	8.0	17.0	0.48	0.07	6	0.36	-1.03	1.88	0.16	6	0.21	-1.57	0.46	0.08	6	0.43	-0.85	0.80	0.95	6.00	2.91	1.07	umol Pi/h.mg protein	NA
p129	fig	6	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Queensland, Australia	-17.1	139.5	1	56	rest_MR	Adjusted resting VO2	NA	15.0	30.0	0.19	0.06	20	1.37	0.31	1.99	0.06	20	0.13	-2.03	0.11	0.07	20	3.01	1.10	1.50	0.09	20.00	0.28	-1.28	ml/hr	minimum 56 days acclimation but max 98
p129	fig	6	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	NSW, Australia	-28.8	153.6	1	56	rest_MR	Adjusted resting VO2	NA	15.0	30.0	0.34	0.07	20	0.90	-0.10	1.93	0.06	20	0.14	-1.96	0.17	0.07	20	1.94	0.66	1.52	0.09	20.00	0.27	-1.31	ml/hr	two populations of two different lat (only one pop’s location noted)
p129_o	NA	NA	Chordata	Reptilia	Squamata	Phrynosomatidae	Urosaurus	ornatus	t	w	a	Maricopa Country, AZ	33.3	-111.8	1	30	rest_MR	MR	rest	5.0	35.0	0.08	0.00	10	0.04	-3.17	0.18	0.00	10	0.03	-3.64	0.62	0.00	10	0.00	-5.97	0.18	0.00	10.00	0.04	-3.32	ml/g/h	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Wiscassett, Maine	44.0	69.7	1	28	mito_oxidation	complex I	mitochondrial function - heart	12.0	28.0	1.09	0.32	33	1.69	0.52	1.98	0.46	33	1.33	0.29	0.90	0.19	26	1.08	0.07	2.01	0.44	26.00	1.12	0.11	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Sapelo Is, GA	31.5	81.2	1	28	mito_oxidation	complex I	mitochondrial function - heart	12.0	28.0	1.37	0.26	30	1.04	0.04	2.60	0.57	30	1.20	0.18	0.90	0.10	31	0.62	-0.48	2.06	0.40	31.00	1.08	0.08	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	grandis	m	w	a	Crawfordville, FL	30.2	84.4	1	28	mito_oxidation	complex I	mitochondrial function - heart	12.0	28.0	1.04	0.23	24	1.08	0.08	3.55	0.53	24	0.73	-0.31	1.15	0.19	25	0.83	-0.19	2.19	0.50	25.00	1.14	0.13	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Wiscassett, Maine	44.0	69.7	1	28	mito_oxidation	complex II	mitochondrial function - heart	12.0	28.0	0.88	0.20	33	1.31	0.27	0.97	0.17	33	1.00	0.00	0.39	0.05	26	0.66	-0.41	1.19	0.23	26.00	0.99	-0.01	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Sapelo Is, GA	31.5	81.2	1	28	mito_oxidation	complex II	mitochondrial function - heart	12.0	28.0	0.75	0.14	30	0.99	-0.01	1.47	0.34	30	1.28	0.25	0.60	0.08	31	0.73	-0.32	0.86	0.09	31.00	0.62	-0.49	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	grandis	m	w	a	Crawfordville, FL	30.2	84.4	1	28	mito_oxidation	complex II	mitochondrial function - heart	12.0	28.0	1.06	0.36	24	1.65	0.50	1.54	0.15	24	0.47	-0.75	0.58	0.05	25	0.46	-0.77	1.06	0.19	25.00	0.89	-0.12	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Wiscassett, Maine	44.0	69.7	1	28	mito_oxidation	complex IV	mitochondrial function - heart	12.0	28.0	1.91	0.40	33	1.20	0.18	3.66	0.95	33	1.50	0.40	1.85	0.39	26	1.06	0.06	3.68	0.85	26.00	1.18	0.17	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Sapelo Is, GA	31.5	81.2	1	28	mito_oxidation	complex IV	mitochondrial function - heart	12.0	28.0	1.94	0.26	30	0.73	-0.31	3.98	0.67	30	0.92	-0.08	1.70	0.24	31	0.79	-0.24	5.41	1.10	31.00	1.13	0.12	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	grandis	m	w	a	Crawfordville, FL	30.2	84.4	1	28	mito_oxidation	complex IV	mitochondrial function - heart	12.0	28.0	1.78	0.33	24	0.91	-0.10	5.13	0.84	24	0.80	-0.22	2.08	0.19	25	0.46	-0.78	3.72	0.81	25.00	1.09	0.08	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Wiscassett, Maine	44.0	69.7	1	28	mito_oxidation	State 3	mitochondrial function - heart	12.0	28.0	2.00	0.47	33	1.36	0.31	3.18	0.57	33	1.03	0.03	1.29	0.26	26	1.04	0.04	3.05	0.63	26.00	1.06	0.06	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Sapelo Is, GA	31.5	81.2	1	28	mito_oxidation	State 3	mitochondrial function - heart	12.0	28.0	2.12	0.40	30	1.03	0.03	3.94	0.78	30	1.09	0.09	1.73	0.16	31	0.52	-0.65	3.00	0.72	31.00	1.34	0.29	pmol O2/s.ml.ng DNA	NA
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	grandis	m	w	a	Crawfordville, FL	30.2	84.4	1	28	mito_oxidation	State 3	mitochondrial function - heart	12.0	28.0	2.63	0.77	24	1.44	0.36	5.73	0.73	24	0.63	-0.47	1.61	0.20	25	0.62	-0.48	3.50	0.65	25.00	0.92	-0.08	pmol O2/s.ml.ng DNA	NA
p130_o	NA	NA	Echinodermata	Echinoidea	Echinoida	Echinidae	Sterechinus	neumayeri	m	w	a	Andelaide Is, Antarctica	67.5	68.1	1	60	rest_MR	MR	rest	0.9	3.0	8.12	1.27	10	0.49	-0.70	9.11	1.08	10	0.37	-0.98	NA	NA	NA	NA	NA	9.12	0.38	10.00	0.13	-2.03	NA	NA
p130_o	NA	NA	Arthropoda	Malacostraca	Amphipoda	Maeridae	Paraceradocus	gibber	m	w	a	Andelaide Is, Antarctica	67.5	68.1	1	60	rest_MR	MR	rest	0.9	3.0	8.25	2.14	0	0.00	NA	9.76	2.65	10	0.86	-0.15	NA	NA	NA	NA	NA	14.93	4.07	10.00	0.86	-0.15	NA	NA
p131	fig2	65	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Brachymystax	lenok	f	w	j	Xushui River National Nature Reserve, Qinling Mountain region, Shaanxi Province, China	33.1	107.1	1	21	max_MR	Max Metabolic rate	NA	6.0	18.0	216.47	11.06	8	0.14	-1.93	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	300.85	10.21	8.00	0.10	-2.34	mg O2/kg/hr	NA
p131	fig2	65	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Brachymystax	lenok	f	w	j	Xushui River National Nature Reserve, Qinling Mountain region, Shaanxi Province, China	33.1	107.1	1	21	endurance	Ucrit	NA	6.0	18.0	37.26	1.61	8	0.12	-2.10	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	46.62	1.30	8.00	0.08	-2.54	cm/s	NA
p131_o	NA	NA	Echinodermata	Echinoidea	Echinoida	Strongylocentrotidae	Strongylocentrotus	droebachiensis	m	w	a	Conception Bay, Newfoundland	47.5	-53.0	1	35	rest_MR	MR	rest	0.0	15.0	5.36	0.28	10	0.17	-1.80	18.80	1.20	10	0.20	-1.60	4.09	0.36	10	0.28	-1.28	18.80	1.00	9.00	0.16	-1.84	ul/g/h	NA
p132	fig1	537	Chordata	Actinopterygii	Anabantiformes	Channidae	Channa	argus	f	c	j	Guangdong province, China	23.1	113.5	1	14	rest_MR	RMR	NA	15.0	35.0	50.74	6.28	7	0.33	-1.12	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	362.62	57.46	7.00	0.42	-0.87	mgO2/kg/hr	Note, location unknown except generally so took capital of province along the delta.
p132	fig2	538	Chordata	Actinopterygii	Anabantiformes	Channidae	Channa	argus	f	c	j	Guangdong province, China	23.1	113.5	1	14	other	Ventilation frequency	NA	15.0	35.0	36.99	2.10	7	0.15	-1.90	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	79.86	3.08	7.00	0.10	-2.28	times/min	NA
p132_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	perezi	f	w	a	Galicia, Spain	42.5	-8.1	1	113	rest_MR	MR	rest	10.0	29.0	15.00	1.00	4	0.13	-2.01	80.00	6.00	4	0.15	-1.90	7.00	1.00	4	0.29	-1.25	95.00	15.00	4.00	0.32	-1.15	ul/g/h	NA
p133	fig1	236	Chordata	Reptilia	Testudines	Geoemydidae	Chinemys	reevesii	t	w	j	Haining, Zhejiang, Eastern China	30.3	120.4	1	28	sprint	Running Speed (cm/s)	NA	17.0	33.0	1.22	0.22	36	1.09	0.09	1.75	0.20	36	0.67	-0.40	3.03	0.59	36	1.16	0.15	5.72	0.84	36.00	0.88	-0.13	cm/s	NA
p133	fig1	236	Chordata	Reptilia	Testudines	Geoemydidae	Chinemys	reevesii	t	w	j	Haining, Zhejiang, Eastern China	30.3	120.4	1	28	sprint	Swimming Speed (cm/s)	NA	17.0	33.0	4.09	0.46	36	0.67	-0.40	3.86	0.42	36	0.66	-0.42	6.82	0.51	36	0.45	-0.81	9.07	0.56	36.00	0.37	-0.99	cm/s	NA
p133_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	virginica	m	c	a	Gulf of St Laurence, Canada	47.8	64.6	1	28	rest_MR	MR	routine	4.0	20.0	4.06	0.63	50	1.09	0.08	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	13.76	0.47	50.00	0.24	-1.42	dry mass	NA
p133_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	c	a	Gulf of St Laurence, Canada	47.8	64.6	1	28	rest_MR	MR	routine	4.0	20.0	5.78	0.63	50	0.76	-0.27	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	26.26	0.63	50.00	0.17	-1.78	dry mass	NA
p134	fig2	122	Chordata	Reptilia	Testudines	Geoemydidae	Mauremys	reevesii	t	w	j	Haining, Zhejiang, Eastern China	30.3	120.4	1	28	rest_MR	Standard metabolic rate (ml CO2/min)	NA	17.0	33.0	0.02	0.01	10	0.80	-0.23	0.07	0.00	10	0.09	-2.39	0.06	0.00	10	0.24	-1.42	0.12	0.01	10.00	0.18	-1.71	ml CO2/min	NA
p134_o	NA	NA	Mollusca	Bivalvia	Unionoida	Unionidae	Pyganodon	cataracta	f	w	a	Winston-Salem, Forsyth County, North Carolina	36.1	-80.3	1	7	cardiac	HR	rest	15.0	25.0	7.00	0.50	10	0.23	-1.49	18.00	2.00	10	0.35	-1.05	8.00	0.50	10	0.20	-1.62	19.00	2.00	10.00	0.33	-1.10	NA	NA
p134_o	NA	NA	Mollusca	Bivalvia	Unionoida	Unionidae	Pyganodon	cataracta	f	w	j	Winston-Salem, Forsyth County, North Carolina	36.1	-80.3	1	7	cardiac	HR	rest	15.0	25.0	27.00	0.50	20	0.08	-2.49	53.00	0.50	20	0.04	-3.17	19.00	0.50	20	0.12	-2.14	53.00	0.50	20.00	0.04	-3.17	NA	NA
p134_o	NA	NA	Mollusca	Bivalvia	Unionoida	Unionidae	Utterbackia	imbecillis	f	w	a	Mecklenberg County, North Carolina	35.5	-80.8	1	7	cardiac	HR	rest	15.0	25.0	7.50	0.50	10	0.21	-1.56	14.00	0.50	10	0.11	-2.18	7.50	0.50	10	0.21	-1.56	14.00	0.50	10.00	0.11	-2.18	NA	NA
p134_o	NA	NA	Mollusca	Bivalvia	Unionoida	Unionidae	Utterbackia	imbecillis	f	w	j	Mecklenberg County, North Carolina	35.5	-80.8	1	7	cardiac	HR	rest	15.0	25.0	15.00	0.50	20	0.15	-1.90	27.00	0.50	20	0.08	-2.49	18.00	0.50	20	0.12	-2.09	43.00	3.00	20.00	0.31	-1.16	NA	NA
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	metabolic_enzyme	COX activity	heart	12.5	27.5	433.10	49.43	10	0.36	-1.02	801.26	52.46	10	0.21	-1.57	352.61	67.17	10	0.60	-0.51	676.35	39.72	10.00	0.19	-1.68	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	metabolic_enzyme	COX activity	kidney	12.5	27.5	175.77	22.39	10	0.40	-0.91	398.16	86.05	10	0.68	-0.38	126.59	22.56	10	0.56	-0.57	326.78	24.01	10.00	0.23	-1.46	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	metabolic_enzyme	COX activity	liver	12.5	27.5	155.23	25.27	10	0.51	-0.66	365.69	26.39	10	0.23	-1.48	127.40	25.65	10	0.64	-0.45	297.73	43.28	10.00	0.46	-0.78	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	metabolic_enzyme	COX activity	brain	12.5	27.5	91.08	16.89	10	0.59	-0.53	148.72	9.16	10	0.19	-1.64	66.10	14.81	10	0.71	-0.34	148.64	14.68	10.00	0.31	-1.16	nmol O2 min-1 mg -1 mitochondrial protein	Something I noticed - brain and muscle does not seem to show expected patterns
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	metabolic_enzyme	COX activity	white muscle	12.5	27.5	31.20	5.24	10	0.53	-0.63	66.92	6.44	10	0.30	-1.19	30.89	5.51	10	0.56	-0.57	67.38	6.68	10.00	0.31	-1.16	nmol O2 min-1 mg -1 mitochondrial protein	Something I noticed - brain and muscle does not seem to show expected patterns
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	mito_oxidation	State III rate	heart	12.5	27.5	39.87	2.97	10	0.24	-1.45	81.17	4.42	10	0.17	-1.76	28.43	3.76	10	0.42	-0.87	81.17	4.42	10.00	0.17	-1.76	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	mito_oxidation	State III rate	kidney	12.5	27.5	17.82	1.63	10	0.29	-1.24	37.03	1.51	10	0.13	-2.05	10.65	1.42	10	0.42	-0.87	30.90	2.96	10.00	0.30	-1.20	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	mito_oxidation	State III rate	liver	12.5	27.5	16.29	2.09	10	0.40	-0.90	38.46	1.98	10	0.16	-1.81	10.15	1.70	10	0.53	-0.64	32.60	2.63	10.00	0.25	-1.37	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	mito_oxidation	State III rate	brain	12.5	27.5	7.82	2.04	10	0.83	-0.19	19.32	1.89	10	0.31	-1.18	5.85	1.74	10	0.94	-0.06	19.49	1.43	10.00	0.23	-1.46	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	mito_oxidation	State III rate	white muscle	12.5	27.5	2.61	0.54	10	0.65	-0.43	6.34	0.77	10	0.39	-0.95	2.59	0.51	10	0.62	-0.47	7.38	0.87	10.00	0.37	-0.98	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals
p135_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Procambarus	clarkii	f	c	a	Baton Rouge LA, USA	30.5	91.1	1	21	rest_MR	MR	rest	10.0	30.0	15.01	4.06	8	0.77	-0.27	60.96	15.63	8	0.73	-0.32	10.94	2.19	8	0.57	-0.57	51.58	9.38	8.00	0.51	-0.67	NA	NA
p135_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Procambarus	zonangulus	f	c	a	Baton Rouge LA, USA	30.5	91.1	1	21	rest_MR	MR	rest	10.0	30.0	13.13	2.50	8	0.54	-0.62	75.97	14.07	8	0.52	-0.65	17.19	3.75	8	0.62	-0.48	85.97	15.63	8.00	0.51	-0.67	NA	NA
p136_o	NA	NA	Chordata	Actinopterygii	Perciformes	Blenniidae	Scartichthys	viridis	m	w	a	Las Cruces, Chile	33.5	71.7	1	45	rest_MR	MR	rest	15.0	25.0	3.13	0.16	10	0.16	-1.84	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	23.45	2.50	12.00	0.37	-1.00	NA	NA
p136_o	NA	NA	Chordata	Actinopterygii	Perciformes	Blenniidae	Scartichthys	viridis	m	w	a	Carrizal Bajo, Chile	28.1	71.2	1	46	rest_MR	MR	rest	15.0	25.0	11.25	1.56	13	0.50	-0.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.25	0.63	13.00	0.36	-1.02	NA	NA
p136_o	NA	NA	Chordata	Actinopterygii	Perciformes	Blenniidae	Scartichthys	viridis	m	w	a	Antofagasta, Chile	23.4	70.7	1	47	rest_MR	MR	rest	15.0	25.0	10.32	0.78	10	0.24	-1.43	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	12.51	2.19	11.00	0.58	-0.54	NA	NA
p137	fig2	451	Chordata	Reptilia	Squamata	Scincidae	Mabuya	brevicollis	t	w	a	South Western, Saudi Arabia	19.2	45.9	1	21	rest_MR	log Adjusted MR	NA	21.0	30.0	0.09	0.04	22	2.05	0.72	0.13	0.03	18	0.82	-0.20	0.45	0.03	22	0.33	-1.12	0.55	0.02	18.00	0.17	-1.79	log ml/hr	NA
p137_o	NA	NA	Arthropoda	Insecta	Coeloptera	Tenebrionidae	Tenebrio	molitor	t	c	a	NA	NA	NA	1	30	ATPase	ATPase	thorax	15.0	30.0	0.41	NA	NA	NA	NA	2.70	NA	NA	NA	NA	0.35	NA	NA	NA	NA	1.18	NA	NA	NA	NA	ug P/mg insect/min	no N values to calculate SE from SD
p137_o	NA	NA	Arthropoda	Insecta	Coeloptera	Tenebrionidae	Tenebrio	obscurus	t	c	a	NA	NA	NA	1	30	ATPase	ATPase	thorax	15.0	30.0	0.40	NA	NA	NA	NA	2.61	NA	NA	NA	NA	9.32	NA	NA	NA	NA	1.50	NA	NA	NA	NA	ug P/mg insect/min	NA
p138_o	NA	NA	Chordata	Reptilia	Squamata	Polychrotidae	Anolis	carolinensis	t	w	a	Alabama	32.7	-86.7	1	14	rest_MR	MR	rest	10.0	30.0	0.05	0.00	10	0.18	-1.70	0.49	0.04	10	0.23	-1.47	0.04	0.01	10	0.51	-0.67	0.43	0.02	10.00	0.17	-1.79	ml/g.8/h	NA
p138_o	NA	NA	Chordata	Reptilia	Squamata	Teiidae	Cnemidophorus	sexlineatus	t	w	a	Alabama	32.7	-86.7	1	14	rest_MR	MR	rest	10.0	30.0	0.03	0.00	10	0.22	-1.52	0.37	0.03	10	0.25	-1.39	0.03	0.00	10	0.20	-1.59	0.27	0.02	10.00	0.25	-1.40	ml/g.8/h	NA
p139_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Penaeidae	Litopenaeus	stylirostris	m	c	j	El Camaron Dorado, Sonora, Mexico	27.5	109.9	1	30	rest_MR	MR	rest	23.0	33.0	334.50	NA	20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	528.30	NA	20.00	NA	NA	dry mass	NA
p14	fig	54	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Jimtown, Nova Scotia, Canada	44.7	61.9	1	24	other	NaCl excretion rate in opercular epithelia	NA	5.0	20.0	18.34	4.73	12	0.89	-0.11	57.99	6.51	12	0.39	-0.94	49.11	7.69	12	0.54	-0.61	165.09	20.71	12.00	0.43	-0.83	microA/cm2	NA
p140_o	NA	NA	Chordata	Actinopterygii	Tetradontiformes	Tetradontidae	Sphoeroides	annulatus	m	c	j	Sonora, Mexico	27.5	109.9	1	30	rest_MR	MR	rest	19.0	31.0	1.28	NA	15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.53	NA	15.00	NA	NA	NA	NA
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Limacidae	Limax	maximus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	5.0	15.0	23.00	10.00	25	2.17	0.78	52.00	9.00	25	0.87	-0.14	18.00	9.00	25	2.50	0.92	54.00	9.00	25.00	0.83	-0.18	ul/g/h	introduced species
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Limacidae	Limax	maximus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	5.0	25.0	23.00	10.00	25	2.17	0.78	99.00	9.50	25	0.48	-0.73	22.00	9.00	25	2.05	0.72	83.00	8.50	25.00	0.51	-0.67	ul/g/h	NA
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Limacidae	Limax	maximus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	15.0	25.0	54.00	9.00	25	0.83	-0.18	83.00	8.50	25	0.51	-0.67	53.00	9.00	25	0.85	-0.16	83.00	8.50	25.00	0.51	-0.67	ul/g/h	NA
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Philomycidae	Philomycus	carolinianus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	5.0	15.0	9.00	6.00	25	3.33	1.20	38.00	6.00	25	0.79	-0.24	14.00	6.00	25	2.14	0.76	41.00	6.00	25.00	0.73	-0.31	ul/g/h	NA
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Philomycidae	Philomycus	carolinianus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	5.0	25.0	9.00	6.00	25	3.33	1.20	85.00	6.50	25	0.38	-0.96	15.00	6.00	25	2.00	0.69	93.00	6.00	25.00	0.32	-1.13	ul/g/h	NA
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Philomycidae	Philomycus	carolinianus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	15.0	25.0	41.00	6.00	25	0.73	-0.31	104.00	7.00	25	0.34	-1.09	43.00	6.00	25	0.70	-0.36	93.00	6.00	25.00	0.32	-1.13	ul/g/h	NA
p142_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	31	rest_MR	MR	rest	-1.0	4.0	0.72	0.24	4	0.67	-0.41	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.81	0.31	4.00	0.77	-0.27	NA	NA
p142_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	28	rest_MR	MR	rest	-1.0	4.0	1.12	0.11	8	0.28	-1.28	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.05	0.09	8.00	0.25	-1.41	NA	NA
p142_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	28	max_MR	MR	max	-1.0	4.0	98.40	5.00	8	0.14	-1.94	87.00	10.00	8	0.33	-1.12	69.00	8.00	8	0.33	-1.11	98.40	9.10	8.00	0.26	-1.34	NA	NA
p142_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	26	endurance	swim	sustained	-1.0	4.0	1.88	0.06	8	0.09	-2.40	1.56	0.05	16	0.13	-2.05	1.71	0.11	16	0.26	-1.36	2.04	0.11	8.00	0.15	-1.88	NA	NA
p143_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	j	Sydney, Australia	33.9	151.2	1	42	metabolic_enzyme	CS	muscle, mixed	10.0	20.0	8.20	1.00	8	0.34	-1.06	8.80	0.90	8	0.29	-1.24	6.20	2.00	8	0.91	-0.09	6.50	3.00	8.00	1.31	0.27	NA	NA
p143_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	j	Sydney, Australia	33.9	151.2	1	42	metabolic_enzyme	LDH	muscle, mixed	10.0	20.0	27.00	1.00	8	0.10	-2.26	39.50	1.50	8	0.11	-2.23	5.00	0.50	8	0.28	-1.26	8.00	1.00	8.00	0.35	-1.04	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	COX	muscle, gastrocnemius	15.0	25.0	4.00	0.50	5	0.28	-1.27	4.60	0.50	5	0.24	-1.41	3.50	0.40	5	0.26	-1.36	4.30	0.50	5.00	0.26	-1.35	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	COX	liver	15.0	25.0	5.60	0.30	5	0.12	-2.12	5.80	0.60	5	0.23	-1.46	3.00	0.30	5	0.22	-1.50	4.80	0.60	5.00	0.28	-1.27	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	COX	muscle, external oblique, males	15.0	25.0	11.60	0.80	5	0.15	-1.87	13.20	2.70	5	0.46	-0.78	6.40	0.70	5	0.24	-1.41	12.40	2.40	5.00	0.43	-0.84	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	COX	muscle, external oblique, females	15.0	25.0	5.00	1.20	5	0.54	-0.62	6.20	1.30	5	0.47	-0.76	3.50	0.60	5	0.38	-0.96	8.20	3.00	5.00	0.82	-0.20	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	CS	muscle, gastrocnemius	15.0	25.0	7.00	0.40	5	0.13	-2.06	8.00	0.70	5	0.20	-1.63	6.00	0.50	5	0.19	-1.68	9.00	0.80	5.00	0.20	-1.62	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	CS	liver	15.0	25.0	4.00	0.30	5	0.17	-1.79	6.00	0.50	5	0.19	-1.68	6.00	0.60	5	0.22	-1.50	9.00	1.20	5.00	0.30	-1.21	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	CS	muscle, external oblique, males	15.0	25.0	36.90	6.30	5	0.38	-0.96	53.30	8.90	5	0.37	-0.99	14.50	4.30	5	0.66	-0.41	26.30	3.90	5.00	0.33	-1.10	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	CS	muscle, external oblique, females	15.0	25.0	6.80	1.10	5	0.36	-1.02	11.30	3.50	5	0.69	-0.37	6.80	1.00	5	0.33	-1.11	9.30	1.80	5.00	0.43	-0.84	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	HOAD	muscle, external oblique, males	15.0	25.0	6.40	2.10	5	0.73	-0.31	12.60	3.00	5	0.53	-0.63	3.40	0.30	5	0.20	-1.62	5.30	1.00	5.00	0.42	-0.86	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	HOAD	muscle, external oblique, females	15.0	25.0	2.10	0.20	5	0.21	-1.55	3.10	0.50	5	0.36	-1.02	2.00	0.30	5	0.34	-1.09	3.20	0.40	5.00	0.28	-1.27	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	LDH	muscle, gastrocnemius	15.0	25.0	222.00	14.80	5	0.15	-1.90	327.00	14.10	5	0.10	-2.34	162.00	15.20	5	0.21	-1.56	237.00	15.40	5.00	0.15	-1.93	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	LDH	liver	15.0	25.0	35.00	3.50	5	0.22	-1.50	55.00	5.70	5	0.23	-1.46	36.00	3.60	5	0.22	-1.50	61.00	5.70	5.00	0.21	-1.57	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	LDH	muscle, external oblique, males	15.0	25.0	134.00	13.30	5	0.22	-1.51	194.00	12.20	5	0.14	-1.96	107.00	13.80	5	0.29	-1.24	160.00	16.30	5.00	0.23	-1.48	NA	NA
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	rest_MR	MR	rest	15.0	25.0	17.41	0.89	5	0.11	-2.17	45.98	8.04	5	0.39	-0.94	17.86	1.34	5	0.17	-1.79	42.41	8.93	5.00	0.47	-0.75	NA	NA
p145_o	NA	NA	Chordata	Reptilia	Squamata	Polychrotidae	Anolis	gundlachi	t	w	a	Caribbean National Forest, Rio Grande, Puerto Rico	18.3	-65.8	1	14	rest_MR	MR	rest	15.0	30.0	0.16	0.01	NA	NA	NA	1.04	0.11	NA	NA	NA	0.18	0.02	NA	NA	NA	0.82	0.07	NA	NA	NA	ml/h	body mass not give approx 7 g
p145_o	NA	NA	Chordata	Reptilia	Squamata	Polychrotidae	Anolis	gundlachi	t	w	a	Caribbean National Forest, Rio Grande, Puerto Rico	18.3	-65.8	1	14	rest_MR	MR	rest	15.0	30.0	0.32	0.05	NA	NA	NA	1.50	0.13	NA	NA	NA	0.32	0.03	NA	NA	NA	1.20	0.11	NA	NA	NA	ml/h	body mass not give approx 7 g
p146_o	NA	NA	Arthropoda	Malacaostraca	Isopoda	Idoteidae	Idotea	balthica	m	c	a	Helgoland, Germany	54.1	7.9	1	14	rest_MR	MR	rest	5.0	15.0	9.38	6.25	8	1.89	0.63	29.70	7.82	8	0.74	-0.30	12.51	4.69	8	1.06	0.06	53.15	4.69	8.00	0.25	-1.39	NA	NA
p146_o	NA	NA	Arthropoda	Malacaostraca	Isopoda	Idoteidae	Idotea	emarginata	m	c	a	Helgoland, Germany	54.1	7.9	1	14	rest_MR	MR	rest	5.0	15.0	9.38	6.25	8	1.89	0.63	28.14	6.25	8	0.63	-0.46	6.88	5.31	8	2.19	0.78	29.70	4.69	8.00	0.45	-0.81	NA	NA
p147_o	NA	NA	Chordata	Reptilia	Testudines	Testudinidae	Geochelone	carbonaria	t	c	a	San Paulo	5.1	-60.8	1	15	rest_MR	MR	rest	15.0	20.0	0.75	0.05	13	0.24	-1.43	0.76	0.07	13	0.33	-1.10	1.20	0.15	20	0.56	-0.58	1.30	0.18	22.00	0.65	-0.43	ml/min	NA
p147_o	NA	NA	Chordata	Reptilia	Testudines	Testudinidae	Geochelone	carbonaria	t	c	a	San Paulo	5.1	-60.8	1	15	rest_MR	MR	rest	15.0	30.0	0.75	0.05	13	0.24	-1.43	1.10	0.15	13	0.49	-0.71	1.80	0.20	17	0.46	-0.78	2.40	0.15	19.00	0.27	-1.30	ml/min	NA
p147_o	NA	NA	Chordata	Reptilia	Testudines	Testudinidae	Geochelone	carbonaria	t	c	a	San Paulo	5.1	-60.8	1	15	rest_MR	MR	rest	20.0	30.0	1.30	0.18	22	0.65	-0.43	1.25	0.20	22	0.75	-0.29	2.30	0.20	17	0.36	-1.03	2.40	0.15	19.00	0.27	-1.30	ml/min	NA
p148_o	NA	NA	Mollusca	Bivalvia	Pterioida	Pteriidae	Pinctada	mazatlantica	m	c	a	Bahia de la Paz, Mexico	24.1	110.3	1	14	rest_MR	MR	rest	18.0	32.0	0.39	0.14	20	1.61	0.47	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.81	0.09	20.00	0.50	-0.70	NA	NA
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	metabolic_enzyme	COX	liver	14.0	22.0	3.00	0.60	15	0.77	-0.26	3.90	0.80	15	0.79	-0.23	2.00	0.60	15	1.16	0.15	3.60	1.00	15.00	1.08	0.07	NA	NA
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	metabolic_enzyme	COX	muscle, mixed	14.0	22.0	1.60	0.20	15	0.48	-0.73	2.10	0.20	15	0.37	-1.00	1.60	0.20	15	0.48	-0.73	1.80	0.40	15.00	0.86	-0.15	NA	NA
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	metabolic_enzyme	LDH	liver	14.0	22.0	9.50	1.00	15	0.41	-0.90	9.50	1.20	15	0.49	-0.71	3.20	0.60	15	0.73	-0.32	4.00	0.80	15.00	0.77	-0.26	NA	NA
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	metabolic_enzyme	LDH	muscle, mixed	14.0	22.0	175.00	30.00	15	0.66	-0.41	205.00	20.00	15	0.38	-0.97	180.00	10.00	15	0.22	-1.54	210.00	25.00	15.00	0.46	-0.77	NA	NA
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	max_MR	MR	max	14.0	22.0	1.95	0.10	15	0.20	-1.62	3.65	0.20	15	0.21	-1.55	1.20	0.05	15	0.16	-1.82	4.00	0.30	15.00	0.29	-1.24	NA	NA
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	endurance	swim	sustained	14.0	22.0	3.50	0.08	15	0.09	-2.42	2.70	0.10	15	0.14	-1.94	1.95	0.05	15	0.10	-2.31	4.85	0.20	15.00	0.16	-1.83	NA	NA
p15	table	263	Chordata	Actinopterygii	Osmeriformes	Galaxidae	Galaxias	platei	f	w	j	Lake Udaeta, Argentina	-54.5	-66.7	1	20	rest_MR	metabolic rate	NA	4.0	10.0	0.08	0.01	10	0.22	-1.51	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.12	0.01	12.00	0.32	-1.13	mg O2/g.h	measured at acclimation T only
p150_o	NA	NA	Arthropoda	Malacaostraca	Isopoda	Porcellionidae	Porcellio	scaber	t	w	a	Terre Haute, IN, USA	39.5	87.4	1	46	sprint	run	sprint	10.0	20.0	1.10	0.20	25	0.91	-0.10	3.40	0.40	25	0.59	-0.53	1.10	0.25	25	1.14	0.13	4.00	0.90	25.00	1.13	0.12	cm/s	NA
p151_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Rutilus	rutilus	f	c	a	Austria	48.2	16.4	1	21	ATPase	Na/K ATPase	kidney	5.0	25.0	5.27	0.11	3	0.04	-3.32	33.28	1.61	3	0.08	-2.48	2.03	0.12	3	0.10	-2.28	5.07	0.60	4.00	0.24	-1.44	umol pi/mg/h	NA
p151_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Rutilus	rutilus	f	c	a	Austria	48.2	16.4	1	21	ATPase	Na/K ATPase	gill	5.0	25.0	3.27	0.11	3	0.06	-2.84	13.18	1.20	3	0.16	-1.85	2.09	0.14	3	0.12	-2.15	5.96	1.50	3.00	0.44	-0.83	umol pi/mg/h	NA
p152_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Mymensingh, Bangladesh	24.8	90.4	1	29	endurance	swim	sustained	16.0	34.0	12.00	0.10	8	0.02	-3.75	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	13.20	0.50	8.00	0.11	-2.23	dev T = 22	NA
p152_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Mymensingh, Bangladesh	24.8	90.4	1	29	endurance	swim	sustained	16.0	34.0	10.10	0.30	8	0.08	-2.48	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	16.50	0.50	8.00	0.09	-2.46	dev T = 27	NA
p152_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Mymensingh, Bangladesh	24.8	90.4	1	29	endurance	swim	sustained	16.0	34.0	12.20	0.50	8	0.12	-2.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	16.40	0.40	8.00	0.07	-2.67	NA	NA
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	COX	muscle, vastis lateralis	20.0	30.0	10.95	0.80	10	0.23	-1.47	16.11	0.74	10	0.15	-1.93	10.65	0.96	10	0.29	-1.26	15.30	1.30	10.00	0.27	-1.31	NA	NA
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	COX	liver	20.0	30.0	7.50	1.00	10	0.42	-0.86	12.50	0.90	10	0.23	-1.48	9.50	2.10	10	0.70	-0.36	14.70	2.60	10.00	0.56	-0.58	NA	NA
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	CS	muscle, vastis lateralis	20.0	30.0	15.10	1.20	10	0.25	-1.38	22.30	1.90	10	0.27	-1.31	13.70	0.50	10	0.12	-2.16	19.40	0.60	10.00	0.10	-2.32	NA	NA
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	CS	liver	20.0	30.0	7.30	0.40	10	0.17	-1.75	10.30	0.70	10	0.21	-1.54	9.00	0.50	10	0.18	-1.74	12.70	1.00	10.00	0.25	-1.39	NA	NA
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	cardiac	HR	rest	20.0	30.0	19.78	1.14	8	0.16	-1.81	29.60	2.36	8	0.23	-1.49	15.67	1.00	8	0.18	-1.71	23.75	2.10	8.00	0.25	-1.39	NA	NA
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	cardiac	HR	max	20.0	30.0	55.64	1.44	8	0.07	-2.61	94.43	7.38	8	0.22	-1.51	42.48	0.85	8	0.06	-2.87	101.60	1.66	8.00	0.05	-3.07	NA	NA
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	LDH	muscle, vastis lateralis	20.0	30.0	125.70	6.30	10	0.16	-1.84	206.10	14.20	10	0.22	-1.52	101.00	7.10	10	0.22	-1.50	173.50	11.10	10.00	0.20	-1.60	NA	NA
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	LDH	liver	20.0	30.0	26.50	2.20	10	0.26	-1.34	52.50	3.90	10	0.23	-1.45	34.10	2.20	10	0.20	-1.59	64.00	4.30	10.00	0.21	-1.55	NA	NA
p154_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.8	1	30	metabolic_enzyme	COX	muscle, caudofemoralis	20.0	30.0	1.61	0.20	8	0.35	-1.05	3.20	0.40	8	0.35	-1.04	1.60	0.20	8	0.35	-1.04	3.60	0.30	8.00	0.24	-1.45	NA	NA
p154_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.8	1	30	metabolic_enzyme	LDH	muscle, caudofemoralis	20.0	30.0	168.50	16.40	8	0.28	-1.29	382.20	33.10	8	0.24	-1.41	189.30	20.10	8	0.30	-1.20	362.50	28.50	8.00	0.22	-1.50	NA	NA
p154_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.8	1	30	ATPase	MyoATPase	muscle, caudofemoralis	20.0	30.0	0.30	0.08	8	0.75	-0.28	0.50	0.02	8	0.11	-2.18	0.26	0.05	8	0.54	-0.61	0.75	0.10	8.00	0.38	-0.98	NA	NA
p155_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Cherax	destructor	f	c	a	Newcastle, Australia	32.9	151.8	1	28	metabolic_enzyme	LDH	muscle, tail	20.0	30.0	64.80	8.70	15	0.52	-0.65	97.20	11.20	15	0.45	-0.81	48.90	6.70	15	0.53	-0.63	83.80	9.40	15.00	0.43	-0.83	NA	NA
p155_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Cherax	destructor	f	c	a	Newcastle, Australia	32.9	151.8	1	28	metabolic_enzyme	LDH	muscle, claw	20.0	30.0	50.60	5.80	15	0.44	-0.81	74.10	8.50	15	0.44	-0.81	42.80	7.70	15	0.70	-0.36	67.70	9.80	15.00	0.56	-0.58	NA	NA
p155_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Cherax	destructor	f	c	a	Newcastle, Australia	32.9	151.8	1	28	metabolic_enzyme	PK	muscle, tail	20.0	30.0	37.60	3.40	15	0.35	-1.05	70.70	6.40	15	0.35	-1.05	33.00	3.80	15	0.45	-0.81	61.70	5.70	15.00	0.36	-1.03	NA	NA
p155_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Cherax	destructor	f	c	a	Newcastle, Australia	32.9	151.8	1	28	metabolic_enzyme	PK	muscle, claw	20.0	30.0	39.50	3.00	15	0.29	-1.22	79.50	5.80	15	0.28	-1.26	33.60	3.30	15	0.38	-0.97	66.10	5.50	15.00	0.32	-1.13	NA	NA
p156_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	a	Rockefeller Wildlife Refuge, Louisiana, USA	29.6	92.8	2	NA	metabolic_enzyme	COX	muscle, mixed	15.0	30.0	1.52	0.11	31	0.40	-0.91	2.29	0.12	31	0.29	-1.23	0.69	0.08	31	0.65	-0.44	1.35	0.12	31.00	0.49	-0.70	NA	NA
p156_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	a	Rockefeller Wildlife Refuge, Louisiana, USA	29.6	92.8	2	NA	metabolic_enzyme	CS	muscle, mixed	15.0	30.0	2.42	0.20	31	0.46	-0.78	4.10	0.30	31	0.41	-0.90	1.63	0.15	31	0.51	-0.67	4.39	0.30	31.00	0.38	-0.97	NA	NA
p156_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	a	Rockefeller Wildlife Refuge, Louisiana, USA	29.6	92.8	2	NA	metabolic_enzyme	LDH	muscle, mixed	15.0	30.0	390.00	10.00	31	0.14	-1.95	780.00	30.00	31	0.21	-1.54	205.00	10.00	31	0.27	-1.30	330.00	15.00	31.00	0.25	-1.37	NA	NA
p157_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Chelodina	longicollis	f	w	a	Sydney, Australia	34.0	150.7	2	NA	metabolic_enzyme	COX	NA	10.0	25.0	6.00	0.90	7	0.40	-0.92	3.90	0.40	7	0.27	-1.30	3.90	0.30	10	0.24	-1.41	5.00	0.40	10.00	0.25	-1.37	NA	NA
p157_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Chelodina	longicollis	f	w	a	Sydney, Australia	34.0	150.7	2	NA	metabolic_enzyme	CS	NA	10.0	25.0	8.00	1.20	7	0.40	-0.92	12.30	2.00	7	0.43	-0.84	6.40	0.70	10	0.35	-1.06	12.30	0.70	10.00	0.18	-1.71	NA	NA
p157_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Chelodina	longicollis	f	w	a	Sydney, Australia	34.0	150.7	2	NA	metabolic_enzyme	LDH	NA	10.0	25.0	226.80	28.40	7	0.33	-1.10	410.00	54.50	7	0.35	-1.05	161.60	19.10	10	0.37	-0.98	231.40	30.60	10.00	0.42	-0.87	NA	NA
p157_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Chelodina	longicollis	f	w	a	Sydney, Australia	34.0	150.7	2	NA	metabolic_enzyme	PFK	NA	10.0	25.0	41.69	5.60	7	0.36	-1.03	50.31	7.20	7	0.38	-0.97	38.46	5.10	10	0.42	-0.87	64.81	9.20	10.00	0.45	-0.80	NA	NA
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	metabolic_enzyme	COX	muscle, pectoral	-1.0	4.0	21.47	1.98	10	0.29	-1.23	26.56	2.56	10	0.30	-1.19	30.47	3.02	10	0.31	-1.16	38.45	4.11	10.00	0.34	-1.08	NA	NA
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	metabolic_enzyme	CS	muscle, pectoral	-1.0	4.0	56.14	4.21	10	0.24	-1.44	59.31	6.17	10	0.33	-1.11	55.45	3.70	10	0.21	-1.56	62.77	3.69	10.00	0.19	-1.68	NA	NA
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	metabolic_enzyme	LDH	muscle, pectoral	-1.0	4.0	13.29	1.56	10	0.37	-0.99	17.41	2.19	10	0.40	-0.92	19.09	1.86	10	0.31	-1.18	27.86	1.84	10.00	0.21	-1.57	NA	NA
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	ATPase	MyoATPase	muscle, pectoral	-1.0	4.0	3.17	1.03	10	1.03	0.03	4.48	1.14	10	0.80	-0.22	1.83	0.57	10	0.98	-0.02	4.03	0.87	10.00	0.68	-0.38	NA	NA
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	metabolic_enzyme	PFK	muscle, pectoral	-1.0	4.0	3.14	0.33	10	0.33	-1.10	5.29	0.59	10	0.35	-1.04	2.42	0.33	10	0.43	-0.84	4.71	0.47	10.00	0.32	-1.15	NA	NA
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	endurance	swim	sustained	-1.0	4.0	2.03	0.07	10	0.11	-2.22	1.50	0.08	10	0.17	-1.78	1.90	0.03	10	0.05	-3.00	1.98	0.02	10.00	0.03	-3.44	NA	NA
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	dolomieui	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	ATPase	ATPase	heart	5.0	20.0	5.72	0.29	6	0.12	-2.09	NA	NA	NA	NA	NA	4.57	0.46	6	0.25	-1.40	12.68	0.95	6.00	0.18	-1.70	umol/g/min	NA
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Morone	americana	m	w	a	New Brunswick, Canada	46.7	-66.1	1	28	ATPase	ATPase	heart	5.0	20.0	3.26	0.58	6	0.44	-0.83	NA	NA	NA	NA	NA	4.09	0.46	6	0.28	-1.29	8.08	0.75	6.00	0.23	-1.48	umol/g/min	NA
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percidae	Perca	flavescens	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	ATPase	ATPase	heart	5.0	20.0	1.62	0.30	6	0.45	-0.79	NA	NA	NA	NA	NA	3.04	0.84	6	0.68	-0.39	7.94	1.65	6.00	0.51	-0.68	umol/g/min	NA
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	dolomieui	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	CS	heart	5.0	20.0	12.27	2.56	6	0.51	-0.67	NA	NA	NA	NA	NA	14.65	1.29	6	0.22	-1.53	26.24	2.72	6.00	0.25	-1.37	umol/g/min	NA
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Morone	americana	m	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	CS	heart	5.0	20.0	2.98	0.56	6	0.46	-0.78	NA	NA	NA	NA	NA	3.16	0.88	6	0.68	-0.38	5.16	2.18	6.00	1.03	0.03	umol/g/min	NA
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percidae	Perca	flavescens	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	CS	heart	5.0	20.0	9.39	1.69	6	0.44	-0.82	NA	NA	NA	NA	NA	11.80	0.71	6	0.15	-1.91	23.22	2.65	6.00	0.28	-1.27	umol/g/min	NA
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	dolomieui	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	Hexokinase	heart	5.0	20.0	1.18	0.43	6	0.89	-0.11	NA	NA	NA	NA	NA	1.97	0.04	6	0.05	-3.00	6.97	0.46	6.00	0.16	-1.82	umol/g/min	NA
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Morone	americana	m	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	Hexokinase	heart	5.0	20.0	1.03	0.20	6	0.48	-0.74	NA	NA	NA	NA	NA	1.06	0.23	6	0.53	-0.63	3.91	0.64	6.00	0.40	-0.91	umol/g/min	NA
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percidae	Perca	flavescens	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	Hexokinase	heart	5.0	20.0	1.99	0.30	6	0.37	-1.00	NA	NA	NA	NA	NA	3.56	0.69	6	0.47	-0.74	8.77	0.86	6.00	0.24	-1.43	umol/g/min	NA
p16	fig	389	Chordata	Reptilia	Squamata	Cordylidae	Cordylus	oelofseni	t	w	a	Western Cape Province, SA	-34.0	19.0	1	14	rest_MR	metabolic rate	winter-caught	10.0	20.0	0.02	0.00	14	0.32	-1.13	0.14	0.03	14	0.73	-0.31	0.05	0.01	14	0.64	-0.44	0.13	0.02	14.00	0.44	-0.83	VCO2 (ml/h)	NA
p16	fig	389	Chordata	Reptilia	Squamata	Cordylidae	Cordylus	oelofseni	t	w	a	Western Cape Province, SA	-34.0	19.0	1	14	rest_MR	metabolic rate	summer-caught	20.0	30.0	0.09	0.02	14	0.77	-0.27	0.29	0.06	14	0.71	-0.34	0.08	0.02	14	0.74	-0.30	0.27	0.05	14.00	0.77	-0.27	VCO2 (ml/h)	NA
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	heart slices	5.0	13.0	0.33	0.05	12	0.52	-0.65	0.37	0.04	19	0.48	-0.74	0.33	0.04	15	0.47	-0.75	0.40	0.04	20.00	0.44	-0.81	ul/mg/h	NA
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	heart slices	5.0	20.0	0.33	0.05	12	0.52	-0.65	0.47	0.05	20	0.48	-0.74	0.33	0.04	15	0.47	-0.77	0.54	0.05	21.00	0.43	-0.85	ul/mg/h	NA
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	heart slices	13.0	20.0	0.40	0.04	20	0.44	-0.81	0.55	0.06	18	0.46	-0.77	0.35	0.04	17	0.47	-0.75	0.54	0.05	21.00	0.43	-0.85	ul/mg/h	NA
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	Muscle slices	5.0	13.0	0.28	0.01	21	0.16	-1.81	0.44	0.02	23	0.22	-1.53	0.32	0.02	19	0.28	-1.28	0.49	0.02	20.00	0.18	-1.69	ul/mg/h	NA
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	Muscle slices	5.0	20.0	0.28	0.01	21	0.16	-1.81	0.61	0.03	20	0.22	-1.51	0.31	0.01	19	0.14	-1.95	0.71	0.03	21.00	0.19	-1.64	ul/mg/h	NA
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	Muscle slices	13.0	20.0	0.49	0.02	20	0.18	-1.69	0.67	0.04	18	0.25	-1.37	0.47	0.02	19	0.18	-1.69	0.71	0.03	21.00	0.19	-1.64	ul/mg/h	NA
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	liver slices	5.0	13.0	0.32	0.02	20	0.28	-1.27	0.48	0.03	23	0.30	-1.20	0.22	0.02	19	0.39	-0.94	0.50	0.04	21.00	0.37	-1.00	ul/mg/h	NA
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	liver slices	5.0	20.0	0.32	0.02	20	0.28	-1.27	0.75	0.05	20	0.30	-1.22	0.24	0.02	19	0.36	-1.03	0.68	0.05	21.00	0.34	-1.08	ul/mg/h	NA
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	liver slices	13.0	20.0	0.50	0.04	21	0.37	-1.00	0.94	0.06	18	0.27	-1.31	0.44	0.04	19	0.39	-0.93	0.68	0.05	21.00	0.34	-1.08	ul/mg/h	NA
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	metabolic_enzyme	COX	muscle	15.0	20.0	0.98	0.18	10	0.58	-0.54	1.24	1.00	10	2.55	0.94	0.89	0.18	10	0.64	-0.45	0.99	0.08	10.00	0.26	-1.36	open habitat	NA
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	metabolic_enzyme	COX	muscle	15.0	20.0	1.71	0.25	10	0.46	-0.77	1.40	0.15	10	0.34	-1.08	1.23	0.23	10	0.59	-0.53	1.33	0.12	10.00	0.29	-1.25	sheltered habitat	NA
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	metabolic_enzyme	LDH	muscle	15.0	20.0	13.80	1.80	10	0.41	-0.89	16.30	1.80	10	0.35	-1.05	10.60	1.00	10	0.30	-1.21	13.00	0.70	10.00	0.17	-1.77	open habitat, includes ADH and TDH	NA
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	metabolic_enzyme	LDH	muscle	15.0	20.0	9.80	1.10	10	0.35	-1.04	10.80	1.10	10	0.32	-1.13	11.10	1.10	10	0.31	-1.16	12.00	1.20	10.00	0.32	-1.15	sheltered habitat, includes ADH and TDH	NA
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	rest_MR	MR	rest	15.0	20.0	13.00	1.00	20	0.34	-1.07	28.50	1.00	20	0.16	-1.85	8.00	1.00	20	0.56	-0.58	27.50	3.00	20.00	0.49	-0.72	dry mass, open habitat	NA
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	rest_MR	MR	rest	15.0	20.0	15.00	2.00	20	0.60	-0.52	43.00	5.00	20	0.52	-0.65	10.00	1.50	20	0.67	-0.40	33.00	4.00	20.00	0.54	-0.61	dry mass, sheltered habitat	NA
p162_o	NA	NA	Mollusca	Gastropoda	Littorinimorpha	Littorinidae	Littorina	saxatilis	m	w	a	Kandalaksha Bay, White Sea, Russia	66.3	33.6	1	42	rest_MR	MR	rest	4.0	13.0	1.80	0.10	11	0.18	-1.69	4.40	0.20	11	0.15	-1.89	0.95	0.10	11	0.35	-1.05	4.90	0.10	10.00	0.06	-2.74	NA	NA
p162_o	NA	NA	Mollusca	Gastropoda	Littorinimorpha	Littorinidae	Littorina	saxatilis	m	w	a	Helgoland, Germany	54.1	7.9	1	42	rest_MR	MR	rest	4.0	13.0	2.20	0.20	11	0.30	-1.20	4.80	0.20	11	0.14	-1.98	1.30	0.05	11	0.13	-2.06	3.80	0.20	11.00	0.17	-1.75	NA	NA
p163_o	NA	NA	Annelida	Polychaeta	Capitellida	Arenicolidae	Arenicola	marina	m	w	a	Dorum, Germany	53.7	66.3	1	28	metabolic_enzyme	CS	body wall	0.0	11.0	0.60	0.05	6	0.20	-1.59	1.50	0.15	6	0.24	-1.41	0.55	0.05	6	0.22	-1.50	1.15	0.20	6.00	0.43	-0.85	NA	NA
p164_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	2	NA	metabolic_enzyme	COX	muscle, red	1.0	16.0	37.00	3.50	9	0.28	-1.26	86.60	7.00	9	0.24	-1.42	NA	NA	NA	NA	NA	24.90	2.10	11.00	0.28	-1.27	captive bred animals in outdoor ponds	NA
p164_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	2	NA	metabolic_enzyme	CPT	muscle, red	1.0	16.0	0.24	0.02	9	0.25	-1.39	0.55	0.04	9	0.22	-1.52	NA	NA	NA	NA	NA	0.27	0.03	11.00	0.37	-1.00	NA	NA
p164_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	2	NA	metabolic_enzyme	CS	muscle, red	1.0	16.0	16.00	1.30	9	0.24	-1.41	29.10	1.90	9	0.20	-1.63	NA	NA	NA	NA	NA	21.00	0.90	11.00	0.14	-1.95	NA	NA
p164_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	2	NA	metabolic_enzyme	PFK	muscle, red	1.0	16.0	0.43	0.03	7	0.18	-1.69	3.75	0.33	9	0.26	-1.33	NA	NA	NA	NA	NA	3.91	0.43	11.00	0.36	-1.01	NA	NA
p165_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Morone	saxatilis	m	w	j	Croton, on Hudson	41.2	-73.9	1	28	other	MR	liver slices	15.0	25.0	1.90	0.10	8	0.15	-1.90	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.95	0.20	8.00	0.29	-1.24	NA	NA
p166_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Cyprinodontidae	Cyprinodon	salinus	f	w	j	Death Valley	36.2	-116.8	1	14	rest_MR	MR	rest	15.0	30.0	0.07	0.01	6	0.48	-0.73	0.34	0.02	6	0.16	-1.84	0.03	0.01	6	0.73	-0.31	0.24	0.01	6.00	0.11	-2.19	ml/g/h	NA
p167_o	NA	NA	Chordata	Actinopterygii	Pleuronectiformes	Soleidae	Solea	vulgaris	m	w	j	Nieul-sur-Mer, France	46.2	-1.2	1	42	cardiac	Heart rate	NA	10.0	24.0	34.00	3.00	5	0.20	-1.62	105.00	5.00	5	0.11	-2.24	23.00	3.00	5	0.29	-1.23	58.00	5.00	5.00	0.19	-1.65	bpm	NA
p167_o	NA	NA	Chordata	Actinopterygii	Pleuronectiformes	Soleidae	Solea	vulgaris	m	w	j	Nieul-sur-Mer, France	46.2	-1.2	1	42	cardiac	Heart rate	atropinised	10.0	24.0	38.00	3.00	5	0.18	-1.73	113.00	5.00	5	0.10	-2.31	32.00	3.00	5	0.21	-1.56	104.00	5.00	5.00	0.11	-2.23	bpm	atropinised
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Gill MR	gills	7.0	15.0	0.92	0.12	17	0.54	-0.62	1.07	0.05	20	0.21	-1.56	0.67	0.05	19	0.32	-1.13	0.92	0.07	20.00	0.34	-1.08	ul/mg/h	NA
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Gill MR	gills	7.0	23.0	0.92	0.12	17	0.54	-0.62	1.59	0.25	18	0.67	-0.40	0.67	0.07	19	0.46	-0.78	1.44	0.10	20.00	0.31	-1.17	ul/mg/h	NA
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Gill MR	gills	15.0	23.0	0.92	0.07	20	0.34	-1.08	1.33	0.09	20	0.30	-1.19	0.89	0.06	19	0.29	-1.23	1.44	0.10	20.00	0.31	-1.17	ul/mg/h	NA
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Muscle MR	muscle	7.0	15.0	0.16	0.01	17	0.34	-1.08	0.24	0.01	20	0.22	-1.49	0.18	0.02	20	0.44	-0.82	0.23	0.01	20.00	0.24	-1.45	ul/mg/h	NA
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Muscle MR	muscle	7.0	23.0	0.16	0.01	17	0.34	-1.08	0.31	0.05	20	0.66	-0.42	0.20	0.03	20	0.66	-0.42	0.28	0.02	20.00	0.32	-1.15	ul/mg/h	NA
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Muscle MR	muscle	15.0	23.0	0.23	0.01	20	0.24	-1.45	0.31	0.02	20	0.22	-1.53	0.20	0.01	20	0.30	-1.21	0.28	0.02	20.00	0.32	-1.15	ul/mg/h	NA
p169_o	NA	NA	Arthropoda	Insecta	Diptera	Glossinidae	Glossina	morsitans	t	c	j	Africa	0.0	20.0	1	10	rest_MR	MR	rest	19.0	29.0	0.02	0.00	7	0.11	-2.25	0.04	0.00	7	0.15	-1.87	0.01	0.00	7	0.11	-2.25	0.03	0.00	7.00	0.13	-2.02	mlCO2/h	NA
p170_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Penaeidae	Penaeus	chinensis	m	w	j	Qingdao, China	36.1	120.4	1	10	rest_MR	MR	rest	19.0	31.0	58.00	7.00	5	0.27	-1.31	150.00	12.00	5	0.18	-1.72	45.00	10.00	5	0.50	-0.70	107.00	9.00	5.00	0.19	-1.67	/g dry mass	NA
p171_o	NA	NA	Chordata	Reptilia	Squamata	Gekkonidae	Hoplodactylus	maculatus	t	w	a	Castle Hill, Craigieburn, NZ	43.2	171.8	1	30	rest_MR	MR	rest	5.0	25.0	25.00	1.00	12	0.14	-1.98	110.00	1.00	12	0.03	-3.46	28.00	1.00	12	0.12	-2.09	80.00	1.00	12.00	0.04	-3.14	ul/g/h	NA
p171_o	NA	NA	Chordata	Reptilia	Squamata	Gekkonidae	Hoplodactylus	maculatus	t	w	a	Banks Peninsula, NZ	-43.5	172.6	1	30	rest_MR	MR	rest	5.0	25.0	15.00	1.00	12	0.23	-1.47	90.00	1.00	12	0.04	-3.26	30.00	1.00	12	0.12	-2.16	90.00	1.00	12.00	0.04	-3.26	ul/g/h	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	COX	heart	5.0	25.0	19.70	7.00	3	0.62	-0.49	28.00	2.00	3	0.12	-2.09	5.00	0.50	3	0.17	-1.75	22.00	2.00	3.00	0.16	-1.85	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	COX	heart	5.0	25.0	19.70	2.00	5	0.23	-1.48	28.50	3.50	5	0.27	-1.29	18.00	1.50	5	0.19	-1.68	59.70	15.00	5.00	0.56	-0.58	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	COX	heart	5.0	25.0	13.00	2.00	7	0.41	-0.90	24.00	7.00	7	0.77	-0.26	11.00	3.00	5	0.61	-0.49	20.30	6.00	5.00	0.66	-0.41	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	COX	heart	5.0	25.0	40.02	5.00	4	0.25	-1.39	49.00	10.00	4	0.41	-0.90	22.50	7.00	4	0.62	-0.47	36.00	8.00	4.00	0.44	-0.81	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	nigromaculatus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	COX	heart	5.0	25.0	10.00	3.00	3	0.52	-0.65	36.00	9.00	3	0.43	-0.84	18.00	7.00	3	0.67	-0.40	29.00	10.00	3.00	0.60	-0.52	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	COX	muscle, white	5.0	25.0	1.50	0.60	3	0.69	-0.37	3.90	0.80	3	0.36	-1.03	1.45	0.50	3	0.60	-0.52	2.05	0.10	3.00	0.08	-2.47	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	COX	muscle, white	5.0	25.0	2.05	0.10	5	0.11	-2.22	2.90	0.90	5	0.69	-0.37	2.85	1.00	5	0.78	-0.24	3.50	1.80	5.00	1.15	0.14	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	COX	muscle, white	5.0	25.0	3.00	0.80	7	0.71	-0.35	5.00	0.80	7	0.42	-0.86	0.50	0.01	5	0.04	-3.11	1.00	0.10	5.00	0.22	-1.50	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomonix	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	COX	muscle, white	5.0	25.0	5.40	0.60	4	0.22	-1.50	6.35	1.50	4	0.47	-0.75	2.40	0.70	4	0.58	-0.54	8.00	2.00	4.00	0.50	-0.69	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	Hexokinase	heart	5.0	25.0	6.00	0.08	3	0.02	-3.77	13.00	1.50	3	0.20	-1.61	5.00	0.60	3	0.21	-1.57	16.00	2.50	3.00	0.27	-1.31	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	Hexokinase	heart	5.0	25.0	4.00	0.05	5	0.03	-3.58	17.50	2.00	5	0.26	-1.36	3.00	0.02	5	0.01	-4.21	12.00	1.00	5.00	0.19	-1.68	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	Hexokinase	heart	5.0	25.0	1.50	0.08	7	0.14	-1.96	9.50	3.50	7	0.97	-0.03	2.00	0.08	5	0.09	-2.41	10.80	2.20	5.00	0.46	-0.79	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	Hexokinase	heart	5.0	25.0	5.50	0.03	4	0.01	-4.52	23.00	4.00	4	0.35	-1.06	2.00	0.05	4	0.05	-3.00	8.50	2.00	4.00	0.47	-0.75	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	nigromaculatus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	Hexokinase	heart	5.0	25.0	3.00	0.08	3	0.05	-3.08	12.00	0.08	3	0.01	-4.46	3.50	0.05	3	0.02	-3.70	14.00	4.00	3.00	0.49	-0.70	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	heart	5.0	25.0	35.00	8.00	3	0.40	-0.93	58.00	4.00	3	0.12	-2.12	58.00	4.00	3	0.12	-2.12	105.00	9.00	3.00	0.15	-1.91	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	heart	5.0	25.0	45.00	10.00	5	0.50	-0.70	81.50	15.00	5	0.41	-0.89	49.00	4.00	5	0.18	-1.70	92.00	2.00	5.00	0.05	-3.02	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	LDH	heart	5.0	25.0	17.50	2.50	7	0.38	-0.97	28.00	8.00	7	0.76	-0.28	26.00	7.00	5	0.60	-0.51	50.00	12.00	5.00	0.54	-0.62	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	LDH	heart	5.0	25.0	61.00	2.50	4	0.08	-2.50	106.00	5.00	4	0.09	-2.36	48.00	15.00	4	0.63	-0.47	92.00	17.00	4.00	0.37	-1.00	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	nigromaculatus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	heart	5.0	25.0	45.00	6.00	3	0.23	-1.47	80.00	6.00	3	0.13	-2.04	99.50	12.00	3	0.21	-1.57	125.00	13.00	3.00	0.18	-1.71	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	muscle, white	5.0	25.0	35.00	3.00	3	0.15	-1.91	62.00	10.00	3	0.28	-1.28	62.00	15.00	3	0.42	-0.87	100.00	23.00	3.00	0.40	-0.92	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	muscle, white	5.0	25.0	30.00	2.00	5	0.15	-1.90	77.00	3.00	5	0.09	-2.44	31.00	3.00	5	0.22	-1.53	77.00	9.00	5.00	0.26	-1.34	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	LDH	muscle, white	5.0	25.0	29.00	2.00	7	0.18	-1.70	57.00	8.00	7	0.37	-0.99	10.00	8.00	5	1.79	0.58	40.00	10.00	5.00	0.56	-0.58	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	LDH	muscle, white	5.0	25.0	28.00	7.00	4	0.50	-0.69	62.00	8.00	4	0.26	-1.35	31.00	7.00	4	0.45	-0.79	74.00	3.00	4.00	0.08	-2.51	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	nigromaculatus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	muscle, white	5.0	25.0	22.00	2.00	3	0.16	-1.85	39.50	1.00	3	0.04	-3.13	63.00	10.00	3	0.27	-1.29	112.00	18.00	3.00	0.28	-1.28	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	liver	5.0	25.0	6.50	3.00	3	0.80	-0.22	12.50	5.00	3	0.69	-0.37	4.50	0.50	3	0.19	-1.65	7.00	1.00	3.00	0.25	-1.40	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	liver	5.0	25.0	5.00	2.00	5	0.89	-0.11	6.00	2.00	5	0.75	-0.29	2.50	0.50	5	0.45	-0.80	4.00	1.00	5.00	0.56	-0.58	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	LDH	liver	5.0	25.0	7.50	1.50	7	0.53	-0.64	13.50	4.00	7	0.78	-0.24	2.00	0.50	5	0.56	-0.58	2.50	1.00	5.00	0.89	-0.11	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	LDH	liver	5.0	25.0	10.00	2.50	4	0.50	-0.69	18.00	4.00	4	0.44	-0.81	12.50	2.50	4	0.40	-0.92	26.50	5.00	4.00	0.38	-0.97	NA	NA
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	nigromaculatus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	liver	5.0	25.0	16.00	3.00	3	0.32	-1.12	22.00	2.00	3	0.16	-1.85	3.50	2.50	3	1.24	0.21	35.00	18.00	3.00	0.89	-0.12	NA	NA
p173_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	34.7	135.5	1	60	metabolic_enzyme	LDH	red muscle	10.0	25.0	3.00	0.30	6	0.24	-1.41	10.00	0.40	6	0.10	-2.32	3.50	0.40	6	0.28	-1.27	11.50	1.40	6.00	0.30	-1.21	delta/min/mg protein	NA
p173_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	34.7	135.5	1	60	metabolic_enzyme	LDH	white muscle	10.0	25.0	2.00	0.30	6	0.37	-1.00	7.00	0.50	6	0.17	-1.74	1.50	0.30	6	0.49	-0.71	5.50	0.80	6.00	0.36	-1.03	delta/min/mg protein	NA
p174_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	NA	NA	1	60	cardiac	Heart rate	bpm	10.0	25.0	16.80	2.00	9	0.36	-1.03	40.70	5.10	9	0.38	-0.98	13.10	0.60	9	0.14	-1.98	66.80	6.90	9.00	0.31	-1.17	NA	isolated heart
p174_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	NA	NA	1	60	cardiac	Heart rate	bpm	10.0	25.0	23.70	3.70	7	0.41	-0.88	52.80	3.40	7	0.17	-1.77	17.60	1.50	7	0.23	-1.49	48.40	5.80	7.00	0.32	-1.15	NA	NA
p175_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	NA	NA	1	60	cardiac	Heart rate	heart	10.0	25.0	19.80	3.20	8	0.46	-0.78	60.80	4.80	8	0.22	-1.50	15.00	1.60	8	0.30	-1.20	63.30	9.90	8.00	0.44	-0.82	bpm	NA
p175_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	NA	NA	1	60	cardiac	Heart rate	heart	10.0	25.0	203.20	41.90	8	0.58	-0.54	975.30	148.40	8	0.43	-0.84	100.80	17.50	8	0.49	-0.71	759.00	165.80	8.00	0.62	-0.48	power output - freq x amp	isolated heart
p176_o	NA	NA	Chordata	Chondrichthyes	Orectolobiformes	Hemiscylliidae	Chiloscyllium	plagiosum	m	c	j	SE-Asia, Africa	10.0	110.0	1	102	metabolic_enzyme	CS	muscle, white	15.0	30.0	0.80	0.08	5	0.22	-1.50	1.75	0.25	5	0.32	-1.14	0.50	0.07	5	0.31	-1.16	1.05	0.10	0.11	0.03	-3.46	NA	NA
p176_o	NA	NA	Chordata	Chondrichthyes	Orectolobiformes	Hemiscylliidae	Chiloscyllium	plagiosum	m	c	j	SE-Asia, Africa	10.0	110.0	1	102	metabolic_enzyme	LDH	muscle, white	15.0	30.0	71.00	17.00	5	0.54	-0.62	171.00	30.00	5	0.39	-0.94	155.00	20.00	5	0.29	-1.24	338.00	15.00	5.00	0.10	-2.31	NA	NA
p176_o	NA	NA	Chordata	Chondrichthyes	Orectolobiformes	Hemiscylliidae	Chiloscyllium	plagiosum	m	c	j	SE-Asia, Africa	10.0	110.0	1	84	rest_MR	MR	rest	15.0	30.0	33.00	1.00	9	0.09	-2.40	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	149.00	10.00	5.00	0.15	-1.90	distribution: lat long of species: animals from breeder in US	NA
p177_o	NA	NA	Echinodermata	Echinioidea	Echinoida	Strongylocentrotidae	Strongylocentrotus	purpuratus	m	w	a	Newport, Oregon	44.6	-124.0	1	30	rest_MR	MR	rest	9.0	18.0	95.00	10.00	10	0.33	-1.10	250.00	40.00	10	0.51	-0.68	90.00	10.00	6	0.27	-1.30	240.00	40.00	6.00	0.41	-0.90	ul/g/h	dry mass
p178_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinodontidae	Cyprinus	carpio	f	c	a	NA	NA	NA	1	35	other	Muscle Ca uptake activity	NA	10.0	30.0	0.61	0.30	4	0.98	-0.02	1.24	0.22	4	0.35	-1.04	0.20	0.03	4	0.30	-1.20	0.77	0.10	4.00	0.26	-1.35	umol Ca/min/mg	NA
p178_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinodontidae	Cyprinus	carpio	f	c	a	NA	NA	NA	1	35	other	Muscle Ca uptake activity	NA	10.0	30.0	1.13	0.82	4	1.45	0.37	2.07	0.36	4	0.35	-1.06	0.38	0.27	4	1.42	0.35	1.54	0.19	4.00	0.25	-1.40	umol Ca/min/mg	with oxalate
p178_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinodontidae	Cyprinus	carpio	f	c	a	NA	NA	NA	1	35	other	Muscle Ca2+ activity	NA	10.0	30.0	0.21	0.02	4	0.19	-1.66	1.12	0.10	4	0.18	-1.72	0.10	0.01	4	0.20	-1.61	0.58	0.07	4.00	0.24	-1.42	umolP/mg/min	NA
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	liver	5.0	20.0	3.62	0.38	8	0.30	-1.21	4.85	0.42	8	0.24	-1.41	2.46	0.46	5	0.42	-0.87	4.49	0.42	5.00	0.21	-1.56	ul/mg/h	NA
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	liver	5.0	30.0	3.62	0.38	8	0.30	-1.21	5.23	0.42	8	0.23	-1.48	2.50	0.53	6	0.52	-0.66	5.16	0.49	6.00	0.23	-1.46	ul/mg/h	NA
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	liver	20.0	30.0	4.49	0.42	5	0.21	-1.56	4.85	0.43	5	0.20	-1.62	4.63	0.52	6	0.28	-1.29	5.16	0.49	6.00	0.23	-1.46	ul/mg/h	NA
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	red muscle	5.0	20.0	5.52	0.55	8	0.28	-1.27	6.72	0.54	8	0.23	-1.48	4.81	0.73	6	0.37	-0.99	6.38	0.71	6.00	0.27	-1.30	ul/mg/h	NA
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	red muscle	5.0	30.0	5.52	0.55	8	0.28	-1.27	7.28	0.59	8	0.23	-1.47	4.77	0.81	6	0.42	-0.88	6.87	0.81	6.00	0.29	-1.24	ul/mg/h	NA
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	red muscle	20.0	30.0	6.38	0.71	6	0.27	-1.30	6.68	0.71	6	0.26	-1.35	6.42	0.81	6	0.31	-1.17	6.87	0.81	6.00	0.29	-1.24	ul/mg/h	NA
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	white muscle	5.0	20.0	4.33	0.54	7	0.33	-1.11	5.56	0.55	7	0.26	-1.34	4.26	0.31	6	0.18	-1.72	5.57	0.27	6.00	0.12	-2.13	ul/mg/h	NA
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	white muscle	5.0	30.0	4.33	0.54	7	0.33	-1.11	6.01	0.55	7	0.24	-1.42	3.90	0.33	7	0.22	-1.50	5.73	0.32	7.00	0.15	-1.91	ul/mg/h	NA
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	white muscle	20.0	30.0	5.57	0.27	6	0.12	-2.13	5.97	0.28	6	0.11	-2.16	5.27	0.33	7	0.17	-1.80	5.73	0.32	7.00	0.15	-1.91	ul/mg/h	NA
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	m	w	a	Kunda, Estonia	59.5	26.5	1	120	max_MR	max MR	coast 1	6.0	19.0	20.59	0.95	14	0.17	-1.76	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	29.75	2.57	10.00	0.27	-1.30	microM/g.h	measured at Acclim T only
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	m	w	a	Kunda, Estonia	59.5	26.5	1	120	max_MR	max MR	coast 2	6.0	19.0	17.29	1.41	13	0.29	-1.22	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	32.29	2.09	10.00	0.20	-1.59	microM/g.h	measured at Acclim T only
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	f	w	a	Kunda, Estonia	59.5	26.5	1	120	max_MR	max MR	pond 1	6.0	19.0	16.78	1.32	3	0.14	-1.99	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	27.97	2.05	5.00	0.16	-1.81	microM/g.h	measured at Acclim T only
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	f	w	a	Kunda, Estonia	59.5	26.5	1	120	max_MR	max MR	pond 2	6.0	19.0	25.93	0.67	21	0.12	-2.14	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	32.29	1.46	11.00	0.15	-1.90	microM/g.h	measured at Acclim T only
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	m	w	a	Kunda, Estonia	59.5	26.5	1	120	rest_MR	standard MR	coast 1	6.0	19.0	1.53	0.12	14	0.29	-1.22	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.45	0.24	10.00	0.17	-1.77	microM/g.h	measured at Acclim T only
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	m	w	a	Kunda, Estonia	59.5	26.5	1	120	rest_MR	standard MR	coast 2	6.0	19.0	1.62	0.16	13	0.36	-1.03	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.99	0.24	10.00	0.15	-1.88	microM/g.h	measured at Acclim T only
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	f	w	a	Kunda, Estonia	59.5	26.5	1	120	rest_MR	standard MR	pond 1	6.0	19.0	1.16	0.18	3	0.27	-1.32	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.00	0.28	5.00	0.16	-1.85	microM/g.h	measured at Acclim T only
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	f	w	a	Kunda, Estonia	59.5	26.5	1	120	rest_MR	standard MR	pond 2	6.0	19.0	1.30	0.10	21	0.35	-1.06	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.76	0.31	11.00	0.22	-1.53	microM/g.h	measured at Acclim T only
p180_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Helgoland, Germany	54.1	7.9	1	56	rest_MR	MR	rest	3.0	12.0	0.17	0.03	5	0.45	-0.80	0.43	0.13	5	0.69	-0.37	0.05	0.03	5	1.12	0.11	0.25	0.15	5.00	1.34	0.29	NA	NA
p181_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	carassius	f	w	a	Joensuu, Finland	62.6	29.8	2	NA	ATPase	SERCA	muscle, white	2.0	22.0	0.20	0.01	10	0.16	-1.84	4.20	0.50	10	0.38	-0.98	0.20	0.01	10	0.16	-1.84	3.50	0.50	10.00	0.45	-0.79	umol/mg/min	NA
p182_o	NA	NA	Mollusca	Gastropoda	Vetigastropoda	Haliotidae	Haliotis	midae	m	c	a	Gaansbai, South Africa	34.6	19.4	1	30	rest_MR	MR	rest	16.0	22.0	1.74	0.18	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.46	0.18	NA	NA	NA	NA	NA
p183_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	St Andrews, Scotland	56.3	2.8	1	42	sprint	swim	sprint	9.0	30.0	8.24	1.08	5	0.29	-1.23	4.59	0.27	5	0.13	-2.03	4.73	0.95	5	0.45	-0.80	14.32	1.49	5.00	0.23	-1.46	NA	NA
p184_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	catesbeiana	f	w	a	Rayne, Louisana	30.2	-92.3	1	14	cardiac	Heart rate	rest	5.0	20.0	8.00	0.30	8	0.11	-2.24	26.90	1.50	8	0.16	-1.85	8.10	0.50	7	0.16	-1.81	21.20	1.60	8.00	0.21	-1.54	bpm	NA
p184_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	catesbeiana	f	w	a	Rayne, Louisana	30.2	-92.3	1	14	rest_MR	MR	rest	5.0	20.0	15.50	1.20	8	0.22	-1.52	38.00	2.60	8	0.19	-1.64	19.70	1.40	7	0.19	-1.67	53.30	2.10	7.00	0.10	-2.26	ul/g/h	NA
p185_o	NA	NA	Chordata	Reptilia	Squamata	Cordylidae	Cordylus	jonesii	t	c	a	NA	NA	NA	1	42	rest_MR	MR	rest	20.0	30.0	0.03	0.00	8	0.27	-1.33	0.09	0.00	8	0.12	-2.12	0.02	0.00	8	0.12	-2.10	0.07	0.00	8.00	0.09	-2.46	ml/g/h	NA
p185_o	NA	NA	Chordata	Reptilia	Squamata	Lacertidae	Podarcis	lilfordi	t	c	a	NA	NA	NA	1	42	rest_MR	MR	rest	20.0	30.0	0.06	0.00	6	0.09	-2.45	0.01	0.01	6	1.39	0.33	0.05	0.00	6	0.10	-2.34	0.11	0.01	6.00	0.11	-2.18	ml/g/h	Old name: Lacerta lidfordi
p186_o	NA	NA	Arthropoda	Malacaostraca	Isopoda	Ligiidae	Ligia	oceanica	m	w	a	Rhosneigr, Anglesey, UK	53.2	4.5	2	NA	rest_MR	MR	rest	5.0	20.0	1.32	0.13	6	0.23	-1.46	5.00	0.83	6	0.41	-0.90	1.38	0.13	6	0.22	-1.50	4.79	0.42	6.00	0.21	-1.55	umol/animal*h	NA
p187_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	56	sprint	jump	NA	18.0	30.0	48.00	2.50	12	0.18	-1.71	63.00	3.00	12	0.16	-1.80	45.00	1.00	12	0.08	-2.56	70.00	2.00	12.00	0.10	-2.31	cm	NA
p187_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	j	Sydney, Australia	33.9	151.2	1	42	sprint	swim	sprint	10.0	24.0	0.25	0.01	15	0.15	-1.86	0.52	0.02	15	0.11	-2.19	0.17	0.01	15	0.23	-1.45	0.45	0.02	15.00	0.17	-1.76	m/s	NA
p187_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	56	sprint	swim	sprint	18.0	30.0	0.92	0.03	12	0.11	-2.18	1.00	0.02	12	0.07	-2.67	0.90	0.03	12	0.12	-2.16	0.94	0.04	12.00	0.15	-1.91	m/s	NA
p188_o	NA	NA	Chordata	Amphibia	Anura	Pipidae	Xenopus	laevis	f	c	j	St Andrews, Scotland	15.0	25.0	1	28	sprint	swim	sprint	12.0	30.0	0.22	0.01	12	0.16	-1.85	0.38	0.02	12	0.14	-1.98	0.16	0.01	12	0.22	-1.53	0.52	0.06	12.00	0.40	-0.92	m/s	NA
p188_o	NA	NA	Chordata	Amphibia	Anura	Pipidae	Xenopus	laevis	f	c	a	St Andrews, Scotland	15.0	25.0	1	42	sprint	swim	sprint	10.0	25.0	0.98	0.04	10	0.13	-2.05	1.27	0.05	10	0.12	-2.08	0.60	0.02	10	0.11	-2.25	1.32	0.04	10.00	0.10	-2.35	m/s	distribution is natural dist; animals came from breeding colony
p189_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Stradbroke Is, Queensland	27.5	153.4	1	42	sprint	swim	sprint	18.0	30.0	0.69	0.07	10	0.32	-1.14	0.70	0.05	13	0.26	-1.36	0.64	0.04	13	0.23	-1.49	0.71	0.07	13.00	0.36	-1.03	NA	NA
p189_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Stradbroke Is, Queensland	27.5	153.4	1	42	endurance	swim	sustained	18.0	30.0	0.28	0.02	13	0.26	-1.36	0.32	0.03	13	0.34	-1.08	0.18	0.03	13	0.50	-0.69	0.33	0.03	13.00	0.33	-1.12	m/s	NA
p19	fig	2135	Echinodermata	Asteroidae	Forcipulatida	Asteriidea	Asterias	rubens	m	w	a	Gulmar Fjord, Sweden	57.7	12.0	1	7	rest_MR	metabolic rate	NA	10.0	20.0	0.38	0.03	20	0.36	-1.03	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.82	0.10	23.00	0.56	-0.58	mgO2/h.g	measured at Acclim T only
p19	fig	2135	Echinodermata	Ophiuroidea	Ophiurida	Ophiotrichidae	Ophiothrix	fragilis	m	w	a	Gulmar Fjord, Sweden	57.7	12.0	1	7	rest_MR	metabolic rate	NA	10.0	20.0	0.41	0.04	22	0.40	-0.92	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.67	0.10	20.00	0.67	-0.40	mgO2/h.g	measured at Acclim T only
p19	fig	2135	Echinodermata	Ophiuroidea	Ophiurida	Amphiuridae	Amphiura	filiformis	m	w	a	Gulmar Fjord, Sweden	57.7	12.0	1	7	rest_MR	metabolic rate	NA	10.0	20.0	0.26	0.06	19	1.08	0.08	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.59	0.10	22.00	0.77	-0.26	mgO2/h.g	measured at Acclim T only
p190_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	Kiel	54.3	10.1	1	30	metabolic_enzyme	CCO	red muscle	10.0	30.0	1412.00	115.00	5	0.18	-1.70	3003.00	267.00	5	0.20	-1.62	1096.00	60.00	5	0.12	-2.10	2230.00	142.00	5.00	0.14	-1.95	nmol/mg protein/min	NA
p191_o	NA	NA	Chordata	Reptilia	Testudines	Testudinidae	Malacochersus	tornieri	t	w	a	Kenya	-1.3	36.8	1	30	rest_MR	MR	rest	20.0	35.0	29.30	2.00	4	0.14	-1.99	44.90	1.40	4	0.06	-2.77	14.50	0.80	4	0.11	-2.20	46.30	2.10	4.00	0.09	-2.40	ml/kg/h	NA
p192_o	NA	NA	Chordata	Amphibia	Anura	Rhacophoridae	Polypedates	megacephalus	t	w	j	Changhua, Taiwan	24.1	120.5	1	10	rest_MR	MR	rest	22.0	32.0	0.95	0.05	10	0.17	-1.79	2.30	0.20	10	0.27	-1.29	0.60	0.10	10	0.53	-0.64	2.10	0.10	10.00	0.15	-1.89	NA	NA
p193_o	NA	NA	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.6	106.5	1	14	rest_MR	MR	rest	12.5	27.5	24.86	3.02	8	0.34	-1.07	84.10	3.96	8	0.13	-2.02	22.89	2.91	8	0.36	-1.02	75.13	3.08	8.00	0.12	-2.15	NA	NA
p194_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	j	Bergen, Norway	60.4	5.3	1	408	metabolic_enzyme	LDH	muscle	4.0	12.0	343.00	59.00	21	0.79	-0.24	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	829.00	155.00	15.00	0.72	-0.32	NA	NA
p194_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	j	Bergen, Norway	60.4	5.3	1	408	metabolic_enzyme	LDH	liver	4.0	12.0	153.00	18.00	21	0.54	-0.62	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	264.00	32.00	15.00	0.47	-0.76	NA	NA
p194_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Kieler Bight, Germany	54.5	10.4	1	28	rest_MR	MR	rest	3.0	12.0	0.60	0.12	7	0.53	-0.64	1.17	0.18	7	0.41	-0.90	0.45	0.24	7	1.41	0.34	1.08	0.48	7.00	1.18	0.16	NA	NA
p194_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Stavanger, Norway	59.0	5.7	1	28	rest_MR	MR	rest	3.0	12.0	0.45	0.06	7	0.35	-1.04	1.14	0.18	7	0.42	-0.87	0.60	0.18	7	0.79	-0.23	0.90	0.12	7.00	0.35	-1.04	NA	NA
p195_o	NA	NA	Chordata	Reptilia	Squamata	Gekkonidae	Ptyodactylus	hasselquistii	f	w	a	Jeddah, Saudi Arabia	21.6	39.1	2	NA	rest_MR	MR	rest	25.0	35.0	4.20	1.34	24	1.56	0.45	9.64	3.08	22	1.50	0.40	6.96	2.28	28	1.73	0.55	16.61	5.36	28.00	1.71	0.53	NA	NA
p196_o	NA	NA	Chordata	Reptilia	Squamata	Lacertidae	Acanthodactylus	boskianus	t	w	a	Jeddah, Saudi Arabia	21.5	39.2	2	NA	rest_MR	MR	rest	20.0	30.0	0.13	0.02	15	0.50	-0.69	0.20	0.02	15	0.42	-0.87	0.07	0.01	22	0.63	-0.47	0.16	0.02	22.00	0.50	-0.69	ml g-1 h-1	NA
p197_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Ctenopharyngodon	idellus	f	c	a	Shandong, China	36.4	118.4	1	42	rest_MR	MR	rest	10.0	30.0	1.09	0.25	NA	NA	NA	6.88	0.47	NA	NA	NA	0.69	0.09	NA	NA	NA	4.97	0.38	NA	NA	NA	NA	NA
p198_o	NA	NA	Mollusca	Gastropoda	Pulmonata	Polygyridae	Euchemotrema	leai	t	w	a	Muscotah, Kansas	39.5	-95.5	1	21	rest_MR	MR	rest	5.0	15.0	0.95	0.03	7	0.08	-2.51	2.17	0.05	7	0.06	-2.84	0.78	0.05	7	0.18	-1.74	1.56	0.07	7.00	0.12	-2.09	ml/min/g	it was p009_o; now given new IDs, old name: Stenotrema leai
p198_o	NA	NA	Mollusca	Gastropoda	Pulmonata	Polygyridae	Euchemotrema	leai	t	w	a	Muscotah, Kansas	39.5	-95.5	1	21	rest_MR	MR	rest	5.0	25.0	0.95	0.03	7	0.08	-2.51	3.38	0.34	7	0.27	-1.32	0.61	0.02	7	0.07	-2.67	2.45	0.07	7.00	0.08	-2.57	ml/min/g	it was p009_o; now given new IDs, old name: Stenotrema leai
p198_o	NA	NA	Mollusca	Gastropoda	Pulmonata	Polygyridae	Euchemotrema	leai	t	w	a	Muscotah, Kansas	39.5	-95.5	1	21	rest_MR	MR	rest	15.0	25.0	1.56	0.07	7	0.12	-2.09	2.40	0.16	7	0.18	-1.74	0.78	0.01	7	0.02	-4.04	2.45	0.07	7.00	0.08	-2.57	ml/min/g	it was p009_o; now given new IDs, old name: Stenotrema leai
p2	fig	48	Chordata	Actinopterygii	Osmeriformes	Osmeridae	Osmerus	mordax	f	c	j	Canaan, ME, USA	44.8	-69.6	1	42	muscle	muscle power	red muscle	4.0	10.0	16.21	2.18	5	0.30	-1.20	28.55	3.15	9	0.33	-1.11	9.43	0.73	5	0.17	-1.75	22.50	7.02	9.00	0.94	-0.07	W kg-1	NA
p2	fig	48	Chordata	Actinopterygii	Osmeriformes	Osmeridae	Osmerus	mordax	f	c	j	Canaan, ME, USA	44.8	-69.6	1	42	muscle	muscle shortening velocity	red muscle	4.0	10.0	7.56	0.39	5	0.12	-2.16	10.36	0.39	9	0.11	-2.18	4.52	0.31	5	0.15	-1.87	8.10	0.47	9.00	0.17	-1.75	muscle length s-1	NA
p20	fig	1183	Echinodermata	Echinoidea	Camarodonta	Echinometridae	Heliocidaris	erythrogramma	m	w	a	Little Bay, Sydney	-34.0	151.2	1	56	rest_MR	metabolic rate	NA	18.0	23.0	0.62	0.03	20	0.25	-1.39	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.74	0.04	20.00	0.22	-1.51	mgO2/h.g	measured at Acclim T only
p22	fig	140	Crustacea	Malacostraca	Decapoda	Parastacidae	Cherax	quadricarinatus	f	c	j	Tucuman, Argentina	-26.8	-65.2	1	112	rest_MR	metabolic rate	NA	20.0	25.0	4.18	0.25	12	0.21	-1.57	5.84	0.35	12	0.21	-1.57	3.24	0.20	12	0.21	-1.55	3.72	0.16	12.00	0.15	-1.89	micro g/min.g	animals from farm; nztive to Australia
p23	table	14	Arthropoda	Insecta	Lepidoptera	Tineidae	Pringleophaga	marioni	t	w	j	Marion Island	-46.9	37.8	1	7	rest_MR	metabolic rate	NA	5.0	10.0	38.49	5.75	18	0.63	-0.46	61.72	7.40	18	0.51	-0.68	34.54	4.55	18	0.56	-0.58	66.52	8.26	18.00	0.53	-0.64	microW	caterpilars
p24	fig	1463	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_oxidation	S3 mito respiration	heart, northern pop	5.0	15.0	2.09	0.41	7	0.52	-0.66	4.59	0.26	7	0.15	-1.92	3.11	0.31	7	0.26	-1.35	5.87	0.56	7.00	0.25	-1.37	pmol O2/mg tissue.s	NA
p24	fig	1463	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Jekyl Is, Georgia, USA	31.0	-81.4	1	28	mito_oxidation	S3 mito respiration	heart, southern pop	15.0	33.0	6.84	0.82	7	0.32	-1.15	11.48	0.56	7	0.13	-2.05	4.64	0.46	7	0.26	-1.34	6.84	1.63	7.00	0.63	-0.46	pmol O2/mg tissue.s	NA
p24	fig	1467	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_oxidation	S3 mito respiration	brain, northern pop	5.0	15.0	0.85	0.21	7	0.66	-0.41	2.03	0.21	7	0.28	-1.28	1.23	0.16	7	0.35	-1.06	2.69	0.27	7.00	0.26	-1.34	pmol O2/mg tissue.s	NA
p24	fig	1467	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Jekyl Is, Georgia, USA	31.0	-81.4	1	28	mito_oxidation	S3 mito respiration	brain, southern pop	15.0	33.0	2.88	0.19	7	0.17	-1.76	6.37	0.43	7	0.18	-1.73	1.57	0.43	7	0.72	-0.33	4.08	0.37	7.00	0.24	-1.42	pmol O2/mg tissue.s	NA
p24	fig	1463	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_leak	S4 mito respiration	heart, northern pop	5.0	15.0	0.35	0.14	7	1.02	0.02	0.98	0.16	7	0.44	-0.82	0.24	0.16	7	1.76	0.57	0.87	0.19	7.00	0.58	-0.55	pmol O2/mg tissue.s	NA
p24	fig	1463	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Jekyl Is, Georgia, USA	31.0	-81.4	1	28	mito_leak	S4 mito respiration	heart, southern pop	15.0	33.0	1.06	0.24	7	0.61	-0.49	5.42	0.43	7	0.21	-1.55	0.54	0.24	7	1.19	0.17	3.36	0.54	7.00	0.43	-0.85	pmol O2/mg tissue.s	NA
p24	fig	1467	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_leak	S4 mito respiration	brain, northern pop	5.0	15.0	0.20	0.10	7	1.23	0.21	0.44	0.10	7	0.58	-0.55	0.18	0.12	7	1.83	0.61	0.64	0.07	7.00	0.28	-1.27	pmol O2/mg tissue.s	NA
p24	fig	1467	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Jekyl Is, Georgia, USA	31.0	-81.4	1	28	mito_leak	S4 mito respiration	brain, southern pop	15.0	33.0	0.61	0.11	7	0.48	-0.74	2.95	0.15	7	0.13	-2.01	0.51	0.08	7	0.43	-0.84	1.75	0.17	7.00	0.26	-1.36	pmol O2/mg tissue.s	NA
p25	fig	1623	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_oxidation	S3 mito respiration	liver	5.0	15.0	5.50	1.65	8	0.85	-0.16	35.46	3.30	8	0.26	-1.34	4.40	1.37	8	0.88	-0.12	24.74	1.37	8.00	0.16	-1.85	nmol O2/min.mg protein	NA
p25	fig	1623	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_leak	S4 mito respiration	liver	5.0	15.0	1.31	0.55	8	1.19	0.17	4.49	0.76	8	0.48	-0.74	1.31	0.55	8	1.19	0.17	2.97	0.83	8.00	0.79	-0.24	nmol O2/min.mg protein	NA
p26	text	223	Crustacea	Malacostraca	Decapoda	Varunidae	Hemigrapsus	crenulatus	m	w	a	Cariquilda River, Chile	-41.6	-73.6	1	21	rest_MR	MO2	NA	12.0	20.0	0.10	0.00	10	0.16	-1.86	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.13	0.00	10.00	0.11	-2.17	mgO2/h.g	measured at acclimation T only
p30	table	17	Chordata	Amphibia	Anura	Hyperolyiidae	Hyperolius	marmoratus	t	w	a	Western Cape Province, SA	-34.0	18.8	1	14	max_MR	active metabolic rate	NA	15.0	25.0	0.57	0.10	10	0.55	-0.59	1.01	0.15	10	0.47	-0.76	0.39	0.04	10	0.33	-1.10	0.85	0.14	10.00	0.52	-0.65	ml CO2/g.h	NA
p30	table	17	Chordata	Amphibia	Anura	Hyperolyiidae	Hyperolius	marmoratus	t	w	a	Western Cape Province, SA	-34.0	18.8	1	14	rest_MR	resting metabolic rate	NA	15.0	25.0	0.05	0.01	9	0.58	-0.55	0.11	0.02	9	0.60	-0.51	0.06	0.02	9	0.87	-0.14	0.11	0.02	9.00	0.46	-0.77	ml CO2/g.h	NA
p35	fig	3120	Chordata	Actinopterygii	Gadiformes	Gadidae	Boreogadus	saida	m	w	a	Cambridge Bay, Nanavut, Canada	69.2	-105.1	1	180	cardiac	maximal heart rate	NA	0.5	6.5	26.22	0.92	10	0.11	-2.20	43.14	2.12	10	0.16	-1.86	20.97	1.20	10	0.18	-1.71	35.32	1.29	10.00	0.12	-2.16	bpm	NA
p35	fig	3117	Chordata	Actinopterygii	Gadiformes	Gadidae	Boreogadus	saida	m	w	a	Cambridge Bay, Nanavut, Canada	69.2	-105.1	1	30	max_MR	maximal metabolic rate	NA	1.0	6.5	164.23	2.60	8	0.04	-3.10	172.69	3.47	8	0.06	-2.87	151.43	3.91	8	0.07	-2.62	213.06	6.29	8.00	0.08	-2.48	mgO2/kg.h	NA
p35	fig	3117	Chordata	Actinopterygii	Gadiformes	Gadidae	Boreogadus	saida	m	w	a	Cambridge Bay, Nanavut, Canada	69.2	-105.1	1	30	rest_MR	resting metabolic rate	NA	1.0	6.5	54.44	2.78	8	0.14	-1.94	84.03	2.22	8	0.07	-2.59	38.19	2.64	8	0.20	-1.63	72.36	4.72	8.00	0.18	-1.69	mgO2/kg.h	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	asparate aminotransferase AAT	enzyme activity	16.0	23.0	0.25	0.01	10	0.18	-1.71	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.21	0.01	10.00	0.09	-2.36	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	asparate aminotransferase AAT	enzyme activity	16.0	23.0	0.15	0.01	10	0.18	-1.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.19	0.01	10.00	0.13	-2.07	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	citate synthase CS	enzyme activity	16.0	23.0	0.22	0.01	10	0.19	-1.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.43	0.01	10.00	0.09	-2.45	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	citate synthase CS	enzyme activity	16.0	23.0	0.21	0.01	10	0.16	-1.85	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.37	0.02	10.00	0.15	-1.90	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	hydroxy acyl CoA dehydrogenase HOAD	enzyme activity	16.0	23.0	0.03	0.00	10	0.20	-1.60	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.04	0.00	10.00	0.12	-2.15	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	hydroxy acyl CoA dehydrogenase HOAD	enzyme activity	16.0	23.0	0.03	0.00	10	0.18	-1.73	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.04	0.00	10.00	0.16	-1.82	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	lactate dehydrogenase LDH	enzyme activity	16.0	23.0	3.53	0.15	10	0.13	-2.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.22	0.25	10.00	0.19	-1.66	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	lactate dehydrogenase LDH	enzyme activity	16.0	23.0	2.41	0.15	10	0.20	-1.60	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.01	0.16	10.00	0.17	-1.78	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	malate dehydrogenase MDH	enzyme activity	16.0	23.0	4.64	0.20	10	0.14	-1.98	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.52	0.15	10.00	0.09	-2.44	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	malate dehydrogenase MDH	enzyme activity	16.0	23.0	3.47	0.08	10	0.07	-2.61	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.12	0.14	10.00	0.11	-2.25	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	pyruvate dehydrogenase PDH	enzyme activity	16.0	23.0	0.00	0.00	10	0.19	-1.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.00	0.00	10.00	0.17	-1.76	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	pyruvate dehydrogenase PDH	enzyme activity	16.0	23.0	0.00	0.00	10	0.24	-1.45	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.00	0.00	10.00	0.17	-1.75	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	pyruvate kinase PK	enzyme activity	16.0	23.0	0.49	0.04	10	0.28	-1.26	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.45	0.05	10.00	0.34	-1.07	U mg-1 protein	NA
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	pyruvate kinase PK	enzyme activity	16.0	23.0	0.63	0.04	10	0.20	-1.63	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.45	0.07	10.00	0.49	-0.72	U mg-1 protein	NA
p39	fig3	158	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	bernacchii	m	w	a	McMurdo Sound, Antarctica	-77.9	166.7	2	28	rest_MR	resting metabolic rate	resting	-1.0	4.0	9.71	2.01	4	0.41	-0.88	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	23.80	0.59	4.00	0.05	-3.01	scaled to 100g fish, mass exponent -0.25	NA
p39	fig3	158	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	hansoni	m	w	a	McMurdo Sound, Antarctica	-77.9	166.7	2	28	rest_MR	resting metabolic rate	resting	-1.0	4.0	19.82	1.19	4	0.12	-2.12	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	36.33	3.88	4.00	0.21	-1.54	scaled to 100g fish, mass exponent -0.25	NA
p39	fig3	158	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	newnesi	m	w	a	McMurdo Sound, Antarctica	-77.9	166.7	2	28	rest_MR	resting metabolic rate	resting	-1.0	4.0	19.71	3.25	4	0.33	-1.11	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	24.27	4.31	4.00	0.36	-1.03	scaled to 100g fish, mass exponent -0.25	NA
p39	fig3	158	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevinki	m	w	a	McMurdo Sound, Antarctica	-77.9	166.7	2	28	rest_MR	resting metabolic rate	resting	-1.0	4.0	11.26	1.22	4	0.22	-1.53	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	33.27	4.63	4.00	0.28	-1.28	scaled to 100g fish, mass exponent -0.25	NA
p40	table1	576	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	Qeqertarsuaq	69.2	-53.5	1	7	cardiac	Heart rate	NA	1.0	6.0	28.10	1.10	6	0.10	-2.34	40.00	1.60	6	0.10	-2.32	37.10	2.00	6	0.13	-2.02	41.00	3.10	6.00	0.19	-1.69	beats/min	1C acclimation was 10 days but 6 C acclimation was 5 days; just took average
p40	table1	576	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	Qeqertarsuaq	69.2	-53.5	1	7	cardiac	Stroke volume	NA	1.0	6.0	1.92	0.15	6	0.19	-1.65	1.40	0.09	6	0.16	-1.85	1.32	0.13	6	0.24	-1.42	2.12	0.14	6.00	0.16	-1.82	L/kg	NA
p41	figS5	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	COX Activity	abductor muscle	22.0	27.0	1.55	0.20	9	0.38	-0.97	1.84	0.24	9	0.39	-0.95	1.92	0.26	9	0.41	-0.89	2.33	0.30	9.00	0.39	-0.93	umol/g/min	Only used non-toxic treatment
p41	figS3	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	COX Activity	abductor muscle	22.0	27.0	1.17	0.09	9	0.22	-1.51	1.38	0.10	9	0.22	-1.51	1.37	0.11	9	0.25	-1.40	1.41	0.16	9.00	0.35	-1.06	umol/g/min	Only used non-toxic treatment
p41	figS4	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	COX Activity	digestive	22.0	27.0	13.86	1.81	9	0.39	-0.94	14.35	1.91	9	0.40	-0.92	10.44	1.11	9	0.32	-1.14	10.81	1.21	9.00	0.33	-1.09	umol/g/min	Only used non-toxic treatment
p41	figS2	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	COX Activity	digestive	22.0	27.0	18.81	2.41	9	0.38	-0.96	16.01	2.30	9	0.43	-0.84	24.18	3.30	9	0.41	-0.89	20.24	2.89	9.00	0.43	-0.85	umol/g/min	Only used non-toxic treatment
p41	figS5	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	CS Activity	abductor muscle	22.0	27.0	3.11	0.22	9	0.22	-1.54	4.24	0.29	9	0.21	-1.58	3.46	0.17	9	0.15	-1.90	4.34	0.29	9.00	0.20	-1.62	umol/g/min	Only used non-toxic treatment
p41	figS3	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	CS Activity	abductor muscle	22.0	27.0	3.79	0.19	9	0.15	-1.90	4.35	0.38	9	0.26	-1.35	3.38	0.23	9	0.21	-1.57	3.84	0.33	9.00	0.26	-1.35	umol/g/min	Only used non-toxic treatment
p41	figS4	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	CS Activity	digestive	22.0	27.0	15.92	0.51	9	0.10	-2.33	19.13	1.01	9	0.16	-1.85	14.33	1.01	9	0.21	-1.55	17.50	1.05	9.00	0.18	-1.71	umol/g/min	Only used non-toxic treatment
p41	figS2	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	CS Activity	digestive	22.0	27.0	20.96	1.62	9	0.23	-1.46	25.89	1.18	9	0.14	-1.99	22.11	1.19	9	0.16	-1.82	27.33	2.31	9.00	0.25	-1.37	umol/g/min	Only used non-toxic treatment
p41	figS5	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	LDH Activity	abductor muscle	22.0	27.0	3.95	0.40	9	0.30	-1.19	4.94	0.42	9	0.26	-1.36	5.38	0.60	9	0.33	-1.10	6.48	0.64	9.00	0.30	-1.22	umol/g/min	Only used non-toxic treatment
p41	figS3	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	LDH Activity	abductor muscle	22.0	27.0	16.87	1.39	9	0.25	-1.40	18.36	1.31	9	0.21	-1.54	15.61	2.20	9	0.42	-0.86	18.14	2.51	9.00	0.42	-0.88	umol/g/min	Only used non-toxic treatment
p41	figS4	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	LDH Activity	digestive	22.0	27.0	0.73	0.07	9	0.29	-1.25	0.71	0.07	9	0.30	-1.22	0.71	0.08	9	0.36	-1.03	0.65	0.08	9.00	0.38	-0.98	umol/g/min	Only used non-toxic treatment
p41	figS2	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	LDH Activity	digestive	22.0	27.0	0.61	0.05	9	0.25	-1.40	0.61	0.05	9	0.23	-1.48	0.84	0.08	9	0.29	-1.24	0.68	0.09	9.00	0.41	-0.90	umol/g/min	Only used non-toxic treatment
p41	fig4	3409	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	rest_MR	Routine Metabolic Rate	NA	22.0	27.0	2.24	0.40	8	0.50	-0.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.31	0.44	9.00	0.57	-0.56	mg 02 /h/DTM/Hr	Only used non-toxic treatment
p41	fig4	3409	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	rest_MR	Routine Metabolic Rate	NA	22.0	27.0	1.58	0.24	9	0.45	-0.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.81	0.61	9.00	0.65	-0.43	mg 02 /h/DTM/Hr	Only used non-toxic treatment
p42	fig4	605	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Delta Aquatic Nurseries, Richmond, British Columbia	49.1	-123.1	1	21	cardiac	Heart Rate	NA	20.0	28.0	82.48	27.65	5	0.75	-0.29	129.54	17.67	7	0.36	-1.02	85.90	8.73	15	0.39	-0.93	163.03	15.47	15.00	0.37	-1.00	beats/min	NA
p42	fig2	602	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Delta Aquatic Nurseries, Richmond, British Columbia	49.1	-123.1	1	21	max_MR	Max MO2	NA	20.0	28.0	10.40	1.66	4	0.32	-1.14	10.97	1.89	5	0.38	-0.96	3.93	1.40	4	0.71	-0.34	10.78	2.01	4.00	0.37	-0.99	umol/hr/g	NA
p42	fig2	602	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Delta Aquatic Nurseries, Richmond, British Columbia	49.1	-123.1	1	21	rest_MR	Min MO2	NA	20.0	28.0	5.56	1.04	5	0.42	-0.88	8.12	1.42	4	0.35	-1.05	2.31	0.85	5	0.82	-0.20	3.98	0.88	4.00	0.44	-0.82	umol/hr/g	NA
p44	fig1	317	Arthropoda	Malacostraca	Amphipoda	Pontogeneiidae	Bovallia	gigantea	m	w	a	Martel Inlet, Admiralty Bay, King George Island, Antarctica	-62.1	-58.4	2	5	rest_MR	metabolic rate	Salinity of 30 only	0.0	5.0	51.61	22.86	30	2.43	0.89	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	100.21	35.61	30.00	1.95	0.67	μLO2 g-1 h-1	NA
p45	fig1	246	Arthropoda	Malacostraca	Amphipoda	Pontogeneiidae	Gondogeneia	antarctica	m	w	a	Martel Inlet, Admiralty Bay, King George Island, Antarctica	-62.1	-58.4	2	5	rest_MR	metabolic rate	Salinity of 30 only	0.0	5.0	76.59	2.26	30	0.16	-1.82	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	127.29	3.91	30.00	0.17	-1.78	uL O2/g/hr	NA
p47	fig2	289	Chordata	Amphibia	Anura	Ranidae	Lithobates	clamitans	f	w	j	Lake Cheston, Sewanee, Tennessee	35.2	-85.9	1	4	sprint	Burst swim speed	NA	8.0	26.0	0.46	0.02	10	0.15	-1.90	0.48	0.03	10	0.21	-1.55	0.33	0.03	10	0.28	-1.27	0.52	0.04	10.00	0.24	-1.43	m/s	Note, only 4 days acclimation, but taken from wild, so probably longer
p47	fig3	290	Chordata	Amphibia	Anura	Ranidae	Lithobates	clamitans	f	w	j	Lake Cheston, Sewanee, Tennessee	35.2	-85.9	1	4	metabolic_enzyme	CCO activity	NA	8.0	26.0	3.81	0.35	9	0.28	-1.28	7.20	0.90	9	0.37	-0.98	0.90	0.06	9	0.21	-1.54	2.31	0.15	9.00	0.19	-1.66	units/gr wet wt	Note, only 4 days acclimation, but taken from wild, so probably longer
p47	fig3	290	Chordata	Amphibia	Anura	Ranidae	Lithobates	clamitans	f	w	j	Lake Cheston, Sewanee, Tennessee	35.2	-85.9	1	4	metabolic_enzyme	CS activity	NA	8.0	26.0	2.36	0.12	9	0.15	-1.90	5.55	0.20	9	0.11	-2.24	1.44	0.10	9	0.20	-1.61	3.33	0.17	9.00	0.15	-1.90	units/gr wet wt	Note, only 4 days acclimation, but taken from wild, so probably longer
p47	fig3	290	Chordata	Amphibia	Anura	Ranidae	Lithobates	clamitans	f	w	j	Lake Cheston, Sewanee, Tennessee	35.2	-85.9	1	4	metabolic_enzyme	LDH activity	NA	8.0	26.0	57.46	6.00	6	0.26	-1.36	212.96	19.00	6	0.22	-1.52	38.95	4.69	10	0.38	-0.97	113.82	10.46	10.00	0.29	-1.24	units/gr wet wt	Note, only 4 days acclimation, but taken from wild, so probably longer
p47	fig1	289	Chordata	Amphibia	Anura	Ranidae	Lithobates	clamitans	f	w	j	Lake Cheston, Sewanee, Tennessee	35.2	-85.9	1	4	rest_MR	Oxygen consumption	NA	8.0	26.0	0.06	0.01	8	0.44	-0.82	0.15	0.01	9	0.15	-1.88	0.05	0.01	7	0.34	-1.09	0.15	0.01	10.00	0.30	-1.21	mL O2/g/hr	Note, only 4 days acclimation, but taken from wild, so probably longer
p5	fig	1392	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Tor	putitora	f	c	j	Bhimtal, Uttarakhand, India	29.3	79.6	1	30	rest_MR	MO2	resting	20.0	26.0	54.41	2.52	20	0.21	-1.57	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	77.58	2.27	20.00	0.13	-2.03	mg O2/kg.h	measured at acclim T only
p50	fig4	291	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	corteziensis	m	w	a	Estero de Ur ́ıas, at Mazatla ́n, Sinaloa, Mexico	23.2	-106.4	1	14	rest_MR	metabolic rate	Salinity 30	23.0	32.0	8.51	0.73	8	0.24	-1.42	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.17	0.62	8.00	0.28	-1.26	mg 02/hr/g	NA
p52	fig3	1869	Mollusca	Bivalvia	Ostreoida	Pectinidae	Mizuhopecten	yessoensis	m	c	j	Dalian Ocean University, Liaoning, China	38.9	121.5	1	30	rest_MR	metabolic rate	NA	15.0	24.0	0.61	0.39	12	2.22	0.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.37	0.14	12.00	0.35	-1.06	mg O2/h/hr	NA
p54	fig4	114	Arthropoda	Insecta	Lepidoptera	Tineidae	Pringleophaga	marioni	t	w	a	Marion and Prince Edward islands	-46.9	37.8	1	7	sprint	locomoter speed	NA	5.0	15.0	2.00	0.09	28	0.23	-1.47	4.05	0.20	28	0.26	-1.34	1.75	0.16	28	0.49	-0.71	3.96	0.28	28.00	0.38	-0.98	mm/sec	NA
p6	fig	NA	Mollusca	Gastropoda	Neotaenioglossa	Pleuroceridae	Lithasia	obovata	f	w	a	Louisville, KY, USA	38.2	-85.7	1	42	rest_MR	MO2	resting	15.0	25.0	0.03	0.00	15	0.40	-0.91	0.09	0.00	15	0.20	-1.59	0.03	0.00	15	0.45	-0.81	0.09	0.01	15.00	0.29	-1.22	mg O2/h	NA
p60	table1	1051	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	bernacchii	m	w	a	Ross Island, McMurdo Sound, Antarctica	-77.9	166.8	1	14	cardiac	resting heart rate (bpm)	NA	-1.0	2.0	21.60	1.40	5	0.14	-1.93	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	29.90	0.50	5.00	0.04	-3.29	beats/min	NA
p60	fig1	1051	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	bernacchii	m	w	a	Ross Island, McMurdo Sound, Antarctica	-77.9	166.8	1	14	other	Ventilation rate (bpm)	NA	-1.0	2.0	19.03	2.98	6	0.38	-0.96	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	23.11	0.62	6.00	0.07	-2.73	beats/min	NA
p61	fig1	2115	Chordata	Actinopterygii	Perciformes	Gobiidae	Gillichthys	mirabilis	m	w	a	University of California, Santa Barbara	34.4	-119.8	1	28	rest_MR	Metabolic rate	NA	9.0	26.0	40.25	11.74	6	0.71	-0.34	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	150.11	14.32	6.00	0.23	-1.45	mg O2 / kg/hr	NA
p66	fig3	70	Chordata	Actinopterygii	Gonorynchiformes	Chanidae	Chanos	chanos	m	c	j	Changhua County	24.2	120.7	2	7	other	NKA Activity	Freshwater	18.0	28.0	0.31	0.04	8	0.33	-1.10	1.00	0.12	8	0.33	-1.11	NA	NA	NA	NA	NA	2.99	0.23	8.00	0.21	-1.55	umol Pi/mg protein/hr	NA
p66	fig3	70	Chordata	Actinopterygii	Gonorynchiformes	Chanidae	Chanos	chanos	m	c	j	Changhua County	24.2	120.7	2	7	other	NKA Activity	Saltwater	18.0	28.0	0.62	0.09	8	0.41	-0.89	1.26	0.06	8	0.13	-2.02	NA	NA	NA	NA	NA	1.33	0.11	8.00	0.24	-1.44	umol Pi/mg protein/hr	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	max_MR	active metabolic rate	Summer_Control	18.0	28.0	1.03	0.16	6	0.37	-0.99	1.68	0.21	6	0.31	-1.18	0.90	0.13	5	0.32	-1.14	2.39	0.66	6.00	0.68	-0.39	umol O2/min/gram	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	max_MR	active metabolic rate	Summer_UV	18.0	28.0	1.29	0.14	6	0.26	-1.35	2.54	0.57	7	0.60	-0.51	1.03	0.18	5	0.40	-0.92	1.11	0.04	5.00	0.08	-2.56	umol O2/min/gram	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	max_MR	active metabolic rate	Winter_Control	18.0	28.0	1.15	0.11	8	0.27	-1.32	1.09	0.07	8	0.18	-1.69	1.08	0.10	8	0.27	-1.32	1.11	0.05	8.00	0.14	-1.97	umol O2/min/gram	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	max_MR	active metabolic rate	Winter_UV	18.0	28.0	1.21	0.12	8	0.29	-1.25	0.95	0.11	7	0.30	-1.21	0.88	0.13	8	0.42	-0.87	1.34	0.17	8.00	0.36	-1.01	umol O2/min/gram	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	Catalase activity	Summer_Control	18.0	28.0	0.81	0.03	6	0.10	-2.34	0.82	0.06	6	0.18	-1.69	0.68	0.04	6	0.16	-1.83	0.56	0.06	6.00	0.27	-1.31	unit/mg/tissue	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	Catalase activity	Summer_UV	18.0	28.0	0.81	0.08	6	0.25	-1.37	0.73	0.05	6	0.16	-1.81	0.93	0.09	6	0.24	-1.42	0.83	0.07	6.00	0.20	-1.60	unit/mg/tissue	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	Catalase activity	Winter_Control	18.0	28.0	0.47	0.04	6	0.20	-1.61	0.40	0.03	6	0.20	-1.59	0.62	0.04	6	0.16	-1.85	0.58	0.05	6.00	0.23	-1.48	unit/mg/tissue	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	Catalase activity	Winter_UV	18.0	28.0	0.55	0.07	6	0.30	-1.19	0.46	0.11	6	0.60	-0.50	0.56	0.05	6	0.24	-1.44	0.44	0.06	6.00	0.36	-1.03	unit/mg/tissue	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	rest_MR	resting metabolic rate	Summer_Control	18.0	28.0	0.07	0.01	6	0.40	-0.92	0.11	0.02	6	0.43	-0.85	0.11	0.05	5	1.01	0.01	0.29	0.05	6.00	0.46	-0.77	umol O2/min/gram	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	rest_MR	resting metabolic rate	Summer_UV	18.0	28.0	0.19	0.04	6	0.55	-0.60	0.21	0.03	7	0.42	-0.86	0.08	0.02	5	0.52	-0.65	0.18	0.04	5.00	0.50	-0.68	umol O2/min/gram	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	rest_MR	resting metabolic rate	Winter_Control	18.0	28.0	0.06	0.01	8	0.33	-1.12	0.14	0.03	8	0.56	-0.59	0.05	0.01	8	0.51	-0.68	0.12	0.02	8.00	0.49	-0.71	umol O2/min/gram	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	rest_MR	resting metabolic rate	Winter_UV	18.0	28.0	0.09	0.01	8	0.25	-1.37	0.12	0.02	7	0.38	-0.95	0.08	0.02	8	0.63	-0.45	0.10	0.02	8.00	0.53	-0.63	umol O2/min/gram	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	SOD activity	Summer_Control	18.0	28.0	0.63	0.07	6	0.26	-1.34	2.09	0.18	6	0.21	-1.56	0.59	0.09	6	0.38	-0.97	1.28	0.11	6.00	0.21	-1.54	unit/mg/tissue	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	SOD activity	Summer_UV	18.0	28.0	0.80	0.13	6	0.40	-0.91	1.92	0.22	6	0.28	-1.29	1.12	0.12	6	0.27	-1.31	2.86	0.30	6.00	0.25	-1.37	unit/mg/tissue	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	SOD activity	Winter_Control	18.0	28.0	1.34	0.24	6	0.43	-0.83	2.02	0.27	6	0.32	-1.13	1.09	0.25	6	0.56	-0.59	2.79	0.49	6.00	0.43	-0.84	unit/mg/tissue	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	SOD activity	Winter_UV	18.0	28.0	1.16	0.12	6	0.26	-1.33	2.40	0.18	6	0.18	-1.71	1.03	0.09	6	0.22	-1.50	2.54	0.15	6.00	0.14	-1.96	unit/mg/tissue	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	endurance	Ucrit	Summer_Control	18.0	28.0	7.36	0.44	8	0.17	-1.78	12.27	1.01	8	0.23	-1.45	7.80	0.68	8	0.25	-1.40	12.31	1.19	8.00	0.27	-1.30	BL/second	UV treatment is actually more natural than “control” but took both. Note, did not take other traits as test temps not provided in data
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	endurance	Ucrit	Summer_UV	18.0	28.0	6.19	0.39	6	0.15	-1.87	8.23	1.03	8	0.36	-1.03	6.65	0.36	5	0.12	-2.10	14.06	0.91	6.00	0.16	-1.84	BL/second	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	endurance	Ucrit	Winter_Control	18.0	28.0	11.31	0.39	7	0.09	-2.39	11.44	0.77	8	0.19	-1.66	10.47	0.63	8	0.17	-1.77	12.49	0.56	8.00	0.13	-2.07	BL/second	NA
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	endurance	Ucrit	Winter_UV	18.0	28.0	9.08	0.50	8	0.15	-1.87	11.66	0.44	8	0.11	-2.23	10.23	0.73	8	0.20	-1.60	12.19	0.45	8.00	0.10	-2.26	BL/second	NA
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Lake Louisa, Ontario, Canada	45.8	-78.2	1	28	max_MR	Maximum Metabolic Rate	Louisa	8.0	15.0	32.00	1.94	10	0.19	-1.65	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	41.55	1.98	10.00	0.15	-1.89	mg O2 /hr / g	NA
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Opeongo Lake, Ontario, Canada	45.8	-78.2	1	28	max_MR	Maximum Metabolic Rate	Opeongo	8.0	15.0	33.11	1.81	10	0.17	-1.76	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	40.50	1.86	10.00	0.14	-1.93	mg O2 /hr / g	NA
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Lake Manitou, Ontario, Canada	45.8	-82.0	1	28	max_MR	Maximum Metabolic Rate	Manitou	8.0	15.0	38.37	2.16	10	0.18	-1.73	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	43.70	1.95	10.00	0.14	-1.96	mg O2 /hr / g	NA
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Myrt Lake, Ontario, Canada	48.4	-90.7	1	28	max_MR	Maximum Metabolic Rate	Myrt	8.0	15.0	32.15	2.12	9	0.20	-1.62	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	42.92	2.02	10.00	0.15	-1.91	mg O2 /hr / g	NA
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Lake Louisa, Ontario, Canada	45.8	-78.2	1	28	rest_MR	Routine Metabolic Rate	Louisa	8.0	15.0	5.52	0.56	10	0.32	-1.13	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.31	0.82	10.00	0.28	-1.28	mg O2 /hr / g	NA
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Opeongo Lake, Ontario, Canada	45.8	-78.2	1	28	rest_MR	Routine Metabolic Rate	Opeongo	8.0	15.0	4.91	0.91	10	0.59	-0.53	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	10.63	0.74	10.00	0.22	-1.51	mg O2 /hr / g	NA
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Lake Manitou, Ontario, Canada	45.8	-82.0	1	28	rest_MR	Routine Metabolic Rate	Manitou	8.0	15.0	5.85	0.58	10	0.31	-1.16	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	11.20	1.12	10.00	0.32	-1.15	mg O2 /hr / g	NA
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Myrt Lake, Ontario, Canada	48.4	-90.7	1	28	rest_MR	Routine Metabolic Rate	Myrt	8.0	15.0	4.96	0.83	9	0.50	-0.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.80	0.75	10.00	0.24	-1.42	mg O2 /hr / g	NA
p69	fig1	995	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	max_MR	maximum MR	NA	18.0	24.0	0.42	0.04	10	0.33	-1.10	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.64	0.08	10.00	0.42	-0.87	mg O2 /hr / g	NA
p69	fig3	997	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	mito_leak	mtDNA Leak (pmol O2 / s/ mg)	skeletal muscle	18.0	24.0	0.22	0.02	4	0.23	-1.49	0.56	0.03	4	0.11	-2.20	0.09	0.02	4	0.45	-0.80	0.28	0.07	4.00	0.47	-0.75	pmol O2 /s/mg	NA
p69	fig3	997	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	mito_oxidation	OXPCI	skeletal muscle	18.0	24.0	1.84	0.10	4	0.11	-2.17	2.54	0.28	4	0.22	-1.53	1.43	0.11	4	0.15	-1.90	1.97	0.09	4.00	0.09	-2.39	pmol O2 /s/mg	NA
p69	fig3	997	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	mito_oxidation	OXPCI/CII	skeletal muscle	18.0	24.0	2.51	0.21	4	0.17	-1.80	3.67	0.48	4	0.26	-1.34	1.85	0.13	4	0.14	-1.98	2.67	0.14	4.00	0.11	-2.24	pmol O2 /s/mg	NA
p69	fig3	997	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	mito_leak	OXPGLeak	skeletal muscle	18.0	24.0	1.33	0.11	4	0.16	-1.83	1.59	0.41	4	0.51	-0.67	0.97	0.09	4	0.19	-1.68	1.27	0.08	4.00	0.13	-2.03	pmol O2 /s/mg	NA
p69	fig1	995	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	rest_MR	standard MR	NA	18.0	24.0	0.10	0.01	10	0.19	-1.65	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.16	0.01	10.00	0.15	-1.90	mg O2 /hr / g	NA
p7	fig	29	Mollusca	Gastropoda	Archaeogastropoda	Haliotidae	Haliotis	rubra	m	c	a	Vic, Australia	-33.1	144.7	1	14	other	movement	vol move in respirometer	16.0	23.0	0.71	0.20	10	0.89	-0.12	1.16	0.29	10	0.79	-0.24	0.00	0.00	10	NA	NA	0.61	0.25	10.00	1.30	0.26	shell length/h	NA
p7	fig	29	Mollusca	Gastropoda	Archaeogastropoda	Haliotidae	Haliotis	laevigata	m	c	a	Vic, Australia	-33.1	144.7	1	14	other	movement	vol move in respirometer	16.0	23.0	0.87	0.43	10	1.56	0.45	1.83	0.34	10	0.59	-0.53	0.00	0.00	10	NA	NA	0.55	0.21	10.00	1.21	0.19	shell length/h	NA
p7	fig	29	Mollusca	Gastropoda	Archaeogastropoda	Haliotidae	Haliotis	rubra	m	c	a	Vic, Australia	-33.1	144.7	1	14	other	movement	vol move in respirometer	16.0	23.0	0.23	0.14	10	1.92	0.65	0.27	0.11	10	1.29	0.25	0.00	0.00	10	NA	NA	0.21	0.09	10.00	1.39	0.33	shell length/h	NA
p70	fig	556	Chordata	Actinopterygii	Acipenseriformes	Acipenseridae	Acipenser	brevirostrum	m	c	j	New Brunswick, Canada	46.6	66.5	1	10	rest_MR	metabolic rate	routine	10.0	15.0	221.99	12.45	6	0.14	-1.99	350.62	33.20	6	0.23	-1.46	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	MO2 (mg O2 kg-1 h-1)	measured for only one acclimation temp but at many different acute temps
p70	fig	556	Chordata	Actinopterygii	Acipenseriformes	Acipenseridae	Acipenser	brevirostrum	m	c	j	New Brunswick, Canada	46.6	66.5	1	10	rest_MR	metabolic rate	routine	10.0	20.0	221.99	12.45	6	0.14	-1.99	392.12	14.52	6	0.09	-2.40	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	MO2 (mg O2 kg-1 h-1)	measured for only one acclimation temp but at many different acute temps
p70	fig	556	Chordata	Actinopterygii	Acipenseriformes	Acipenseridae	Acipenser	brevirostrum	m	c	j	New Brunswick, Canada	46.6	66.5	1	10	rest_MR	metabolic rate	routine	10.0	25.0	221.99	12.45	6	0.14	-1.99	448.13	24.90	6	0.14	-1.99	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	MO2 (mg O2 kg-1 h-1)	measured for only one acclimation temp but at many different acute temps
p71	fig	128	Chordata	Actinopterygii	Perciformes	Sciaenidae	Argyrosomus	regius	m	c	j	Bafa Lake, Turkey	37.5	27.4	1	30	rest_MR	metabolic rate	NA	18.0	30.0	371.01	9.67	20	0.12	-2.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	643.45	36.03	20.00	0.25	-1.38	mg h-1 kg-1	measured at acclimated temperature only
p77	fig	459	Mollusca	Bivalvia	Pectinida	Pectinidae	Argopecten	purpuratus	m	w	j	Tongoy Bay	30.1	71.3	1	18	rest_MR	metabolic rate	400co2	14.0	18.0	0.05	0.01	20	1.13	0.12	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.08	0.01	20.00	0.44	-0.81	mgO2h-1g-1	NA
p78	fig	265	Mollusca	Bivalvia	Pterioida	Pteriidae	Pinctada	margaritifera	m	c	a	Taravao, Tahiti, French Polynesia	17.7	149.3	2	7	rest_MR	respiration rate	pH 8.2	22.0	30.0	1.47	0.18	4	0.24	-1.42	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.68	0.55	4.00	0.41	-0.88	Respiration rate mg O2 per hour per g per dw	NA
p82	fig	87	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	m	c	a	Bundaberg, QLD	24.9	152.3	2	21	cardiac	active heart rate (bpm)	Control group (No Bisphenol)	18.0	28.0	252.26	8.21	8	0.09	-2.39	394.19	17.34	8	0.12	-2.08	244.52	7.30	8	0.08	-2.47	368.39	9.12	8.00	0.07	-2.66	NA	NA
p82	fig	87	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	m	c	a	Bundaberg, QLD	24.9	152.3	2	21	cardiac	resting heart rate (bpm)	Control group (No Bisphenol)	18.0	28.0	134.29	8.89	8	0.19	-1.68	200.57	12.12	8	0.17	-1.77	164.00	12.12	8	0.21	-1.57	189.14	14.55	8.00	0.22	-1.53	NA	NA
p82	fig	87	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	m	c	a	Bundaberg, QLD	24.9	152.3	2	21	ATPase	SERCA activity	skeletal tissue, Control group (No Bisphenol)	18.0	28.0	3.67	0.56	9	0.46	-0.78	7.63	0.97	9	0.38	-0.96	0.77	0.99	9	3.86	1.35	3.59	1.22	9.00	1.02	0.02	NA	NA
p82	fig	87	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	m	c	a	Bundaberg, QLD	24.9	152.3	2	21	ATPase	SERCA activity	muscle tissue, Control group (No Bisphenol)	18.0	28.0	2.55	0.51	9	0.60	-0.51	3.83	0.72	9	0.56	-0.57	2.71	0.74	9	0.82	-0.20	3.35	0.96	9.00	0.86	-0.15	NA	NA
p82	fig	87	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	m	c	a	Bundaberg, QLD	24.9	152.3	2	21	sprint	swim speed	Control group (No Bisphenol)	18.0	28.0	8.40	0.21	13	0.09	-2.41	9.28	0.31	13	0.12	-2.12	6.22	0.51	13	0.30	-1.22	8.88	0.21	13.00	0.09	-2.46	critical swim speed (body lengths per s)	NA
p84	fig	191	Chordata	Amphibia	Urodela	Salamandridae	Cynops	orientalis	t	w	j	Fuyang, Hangzhou	32.9	115.8	1	28	sprint	Absolute speed (cm/s)	NA	16.0	24.0	12.68	2.03	8	0.45	-0.79	16.59	3.12	8	0.53	-0.63	17.21	1.09	8	0.18	-1.72	20.49	0.78	8.00	0.11	-2.23	cm/s	NA
p84	fig	191	Chordata	Amphibia	Urodela	Salamandridae	Cynops	orientalis	t	w	a	Fuyang, Hangzhou	32.9	115.8	1	28	sprint	Absolute speed (cm/s)	NA	16.0	24.0	18.93	2.19	12	0.40	-0.91	26.11	2.97	12	0.39	-0.93	26.26	2.65	12	0.35	-1.05	31.73	4.37	12.00	0.48	-0.74	NA	NA
p89	table	51	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Turku, Finland	60.2	22.0	1	28	other	CL Peak Emission	Respiratory burst reaction of phagocytizing leukocytes	5.0	16.0	1.09	0.03	13	0.10	-2.29	1.16	0.06	13	0.20	-1.62	1.31	0.06	17	0.18	-1.70	1.59	0.14	17.00	0.37	-0.99	NA	NA
p90	fig	2201	Chordata	Actinopterygii	Perciformes	Sillaginidae	Sillaginodes	punctatus	m	w	a	North Haven, Australia	31.6	152.8	1	21	sprint	Max swim speed	NA	16.0	26.0	5.98	0.84	17	0.58	-0.55	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.64	0.90	17.00	0.49	-0.72	body lengths per s	NA
p90	fig	2201	Chordata	Actinopterygii	Perciformes	Sillaginidae	Sillaginodes	punctatus	m	w	a	North Haven, Australia	31.6	152.8	1	21	max_MR	MMR	NA	16.0	26.0	203.28	14.21	17	0.29	-1.24	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	383.61	32.79	17.00	0.35	-1.04	mg per kg per hr	NA
p90	fig	2201	Chordata	Actinopterygii	Perciformes	Sillaginidae	Sillaginodes	punctatus	m	w	a	North Haven, Australia	31.6	152.8	1	21	rest_MR	SMR	NA	16.0	26.0	116.94	5.46	17	0.19	-1.65	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	242.62	17.49	17.00	0.30	-1.21	mg per kg per hr	NA
p91	fig	1170	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Border Ranges, NSW, Australia	28.4	153.1	1	112	sprint	locomoter speed	high elevation	12.0	24.0	0.26	0.07	30	1.52	0.42	0.84	0.22	30	1.46	0.38	0.35	0.07	30	1.14	0.13	2.28	0.16	30.00	0.38	-0.96	body lengths per s	NA
p91	fig	1170	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Border Ranges, NSW, Australia	28.4	153.1	1	112	sprint	locomoter speed	low elevation	12.0	24.0	0.12	0.04	40	2.23	0.80	1.30	0.15	40	0.71	-0.34	0.41	0.06	40	0.87	-0.14	1.99	0.11	40.00	0.36	-1.03	body lengths per s	NA
p93	table	466	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Helgoland	54.2	7.9	1	42	ATPase	Na+/K+ ATPase activity	NC	4.0	10.0	20.78	2.74	6	0.32	-1.13	71.01	7.54	6	0.26	-1.35	20.86	1.03	6	0.12	-2.11	71.65	3.08	6.00	0.11	-2.25	umol h-1 g fwt-1	NA
p93	table	466	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	c	a	University of Bergen, raised in Alfred Wegener Institute	60.4	5.3	1	42	ATPase	Na+/K+ ATPase activity	NECAC	4.0	10.0	20.22	2.65	6	0.32	-1.14	85.69	8.83	6	0.25	-1.38	17.70	2.73	6	0.38	-0.97	67.43	9.48	6.00	0.34	-1.07	umol h-1 g fwt-1	NA
p93	table	466	Chordata	Actinopterygii	Gadiformes	Gadidae	Merlanguis	merlangus	m	w	a	Helgoland	54.2	7.9	1	42	ATPase	Na+/K+ ATPase activity	WH	4.0	10.0	23.05	3.20	8	0.39	-0.93	54.66	5.47	8	0.28	-1.26	11.79	1.21	8	0.29	-1.24	23.05	3.20	8.00	0.39	-0.93	umol h-1 g fwt-1	NA
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Florida, USA	27.7	81.5	1	14	sprint	burst speed	NA	6.0	28.0	9.60	0.46	18	0.21	-1.58	31.50	2.51	18	0.34	-1.08	7.14	0.66	21	0.42	-0.86	39.70	1.32	21.00	0.15	-1.88	cm/s	NA
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Maine, USA	45.2	69.5	1	14	sprint	burst speed	NA	6.0	28.0	14.29	0.66	20	0.21	-1.57	27.39	1.59	20	0.26	-1.35	8.73	0.53	19	0.26	-1.33	36.39	1.32	20.00	0.16	-1.82	cm/s	NA
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Florida, USA	27.7	81.5	1	14	metabolic_enzyme	CK activity	NA	6.0	28.0	76.64	0.00	6	0.00	NA	336.45	28.04	6	0.20	-1.59	115.89	11.21	6	0.24	-1.44	499.07	39.25	6.00	0.19	-1.65	units per g	NA
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Maine, USA	45.2	69.5	1	14	metabolic_enzyme	CK activity	NA	6.0	28.0	100.93	5.61	6	0.14	-1.99	396.26	52.34	6	0.32	-1.13	85.98	0.00	5	0.00	NA	332.71	44.86	6.00	0.33	-1.11	units per g	NA
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Florida, USA	27.7	81.5	1	14	metabolic_enzyme	LDH activity	NA	6.0	28.0	250.98	0.00	6	0.00	NA	1866.67	125.49	6	0.16	-1.80	290.20	0.00	6	0.00	NA	2258.82	180.39	6.00	0.20	-1.63	units per g	NA
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Maine, USA	45.2	69.5	1	14	metabolic_enzyme	LDH activity	NA	6.0	28.0	196.08	0.00	6	0.00	NA	2023.53	47.06	6	0.06	-2.87	180.39	31.37	5	0.39	-0.94	1615.69	101.96	5.00	0.14	-1.96	units per g	NA
p97	fig	442	Chordata	Actinopterygii	Clupeiformes	Engraulidae	Engraulis	japonicus	m	w	a	Saikai, Japan	32.9	129.6	2	28	sprint	Max accelaration	400pCO2 control group	15.0	19.0	76.83	9.43	20	0.55	-0.60	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	68.64	8.87	20.00	0.58	-0.55	m/s	NA
p97	fig	442	Chordata	Actinopterygii	Clupeiformes	Engraulidae	Engraulis	japonicus	m	w	a	Saikai, Japan	32.9	129.6	2	28	sprint	Max Speed	400pCO2 control group	15.0	19.0	1.42	0.14	20	0.44	-0.81	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.61	0.14	20.00	0.39	-0.95	degrees/millisec	NA
p97	fig	441	Chordata	Actinopterygii	Clupeiformes	Engraulidae	Engraulis	japonicus	m	w	a	Saikai, Japan	32.9	129.6	2	28	other	Turning rate	400pCO2 control group	15.0	19.0	2.15	0.13	20	0.27	-1.30	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.81	0.12	20.00	0.20	-1.62	m/s^2	NA
p99	fig	246	Chordata	Actinopterygii	Perciformes	Latidae	Lates	calcarifer	m	c	j	Bowen, QLD, Australia	20.0	148.2	1	35	rest_MR	metabolic rate	standard metabolic rate	29.0	38.0	8.80	0.75	4	0.17	-1.77	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	10.42	0.63	8.00	0.17	-1.77	mg min-1kg-1	NA

Getting Q₁₀RR, SQ₁₀ and CVQ₁₀

Taxonomy of Q₁₀RR and SQ₁₀

We have 2 types but 3 kinds of Q₁₀RR: acute termal sensitivity in the cold treatment (Q_10acRR), acute termal sensitivity in warm treatments (Q_10awRR) and post-acclimation thermal sensitivity (Q_10paRR). Likewise, we have 2 types but 3 kinds of SQ₁₀: acute termal idiosyncrasy in the cold treatment (SQ_10ac), acute termal idiosyncrasy in warm treatments (SQ_10aw) and post-acclimation thermal idiosyncrasy (SQ_10pa).

But we probably should combined Q_10acRR and Q_10awRR (also for S_10ac and S_10aw) as one effect size measure because “cold” in cold treatments is relative not absolute (think about how to do this effectively).

Why do we need both SQ₁₀ and CVQ₁₀

SQ₁₀ tells us probably more about predictability of the trait at one temperature and also, statistically, heteroscedasticity along temperature needs to be modeled. In contrast, CVQ₁₀ tells us more about evolutionary potential at a particular temperature and controls for the fact that the variance will be affected with any changes in the mean, and so, this needs to be controlled.

Create Effect Sizes

# Adding
data$obs <- as.factor(1:dim(data)[1])

# getting effect sizes
data %<>% Q10S10(temp_1, temp_2, r1.1, r1.2, r2.1, r2.2, r1.1_se, r1.2_se, r2.1_se, 
    r2.2_se, r1.1_N, r1.2_N, r2.1_N, r2.2_N)

# adding species names
data %<>% mutate(spp_names = str_c(genus, species, sep = "_"))

kable(data) %>% kable_styling(font_size = 10) %>% scroll_box(width = "100%", 
    height = "200px")

record_num	data_source	source_page	phylum	class	order	family	genus	species	habitat	source	life hist	geo_location	lat	long	acclim_type	acclim_period	trait_category	trait	details	temp_1	temp_2	r1.1	r1.1_se	r1.1_N	r1.1_CV	r1.1_logCV	r1.2	r1.2_se	r1.2_N	r1.2_CV	r1.2_logCV	r2.1	r2.1_se	r2.1_N	r2.1_CV	r2.1_logCV	r2.2	r2.2_se	r2.2_N	r2.2_CV	r2.2_logCV	units	notes	obs	lnQ10ac	V_lnQ10ac	lnQ10aw	V_lnQ10aw	lnQ10pa	V_lnQ10pa	lnS10ac	V_lnS10ac	lnS10aw	V_lnS10aw	lnS10pa	V_lnS10pa	lnSQ10ac	V_lnSQ10ac	lnSQ10aw	V_lnSQ10aw	lnSQ10pa	V_lnSQ10pa	spp_names
p001_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Aigues-Mortes, France	43.0	4.0	1	35	other	swim	sperm	18.0	30.0	0.81	0.02	10	0.07	-2.66	1.23	0.02	10	0.05	-2.96	1.04	0.02	10	0.06	-2.87	1.70	0.04	10.00	0.07	-2.68	NA	NA	1	0.35	0.00	0.41	0.00	0.62	0.00	0.00	0.15	0.58	0.15	0.58	0.15	-0.35	0.15	0.17	0.15	-0.04	0.16	Gambusia_holbrooki
p002_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Kontiolahti, Finland	62.8	29.8	1	28	cardiac	heart rate	heart	4.0	17.0	32.00	1.00	15	0.12	-2.11	75.00	4.00	15	0.21	-1.58	25.00	1.00	15	0.15	-1.86	88.00	2.00	15.00	0.09	-2.43	in beats/min	NA	2	0.66	0.00	0.97	0.00	0.78	0.00	1.07	0.08	0.53	0.08	0.53	0.08	0.41	0.09	-0.43	0.09	-0.24	0.09	Onchorhynchus_mykiss
p002_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	a	Joensuu, Finland	62.6	29.8	1	28	ATPase	myofibrillar ATPase	atrium	4.0	17.0	0.08	0.01	6	0.41	-0.88	0.52	0.02	6	0.10	-2.31	0.03	0.00	6	0.23	-1.47	0.39	0.05	6.00	0.28	-1.26	in umol/mg protein x min	NA	3	1.44	0.01	1.97	0.01	1.22	0.02	0.53	0.24	Inf	0.24	1.24	0.24	-0.91	0.25	Inf	0.25	0.02	0.26	Onchorhynchus_mykiss
p002_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	a	Joensuu, Finland	62.6	29.8	1	28	ATPase	myofibrillar ATPase	ventricle	4.0	17.0	0.05	0.01	6	0.63	-0.47	0.16	0.03	6	0.44	-0.82	0.05	0.01	6	0.38	-0.96	0.23	0.02	6.00	0.21	-1.56	in umol/mg protein x min	NA	4	0.89	0.04	1.17	0.03	1.17	0.03	0.85	0.24	0.53	0.24	0.53	0.24	-0.05	0.28	-0.64	0.26	-0.64	0.26	Onchorhynchus_mykiss
p003_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Buffalo, New York	42.9	-78.8	1	42	rest_MR	MR	rest	20.0	24.0	1.62	0.09	19	0.24	-1.42	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.45	0.11	19.00	0.20	-1.63	ug/mg/h	NA	5	NA	NA	NA	NA	1.03	0.03	NA	NA	NA	NA	0.50	0.69	NA	NA	NA	NA	-0.53	0.73	Dreissena_polymorpha
p003_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Buffalo, New York	42.9	-78.8	1	42	rest_MR	MR	rest	20.0	28.0	1.62	0.09	19	0.24	-1.42	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.21	0.30	20.00	0.32	-1.14	ug/mg/h	NA	6	NA	NA	NA	NA	1.19	0.01	NA	NA	NA	NA	1.54	0.17	NA	NA	NA	NA	0.34	0.18	Dreissena_polymorpha
p003_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Buffalo, New York	42.9	-78.8	1	42	rest_MR	MR	rest	20.0	32.0	1.62	0.09	19	0.24	-1.42	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.92	0.51	20.00	0.39	-0.95	ug/mg/h	NA	7	NA	NA	NA	NA	1.08	0.01	NA	NA	NA	NA	1.47	0.08	NA	NA	NA	NA	0.39	0.08	Dreissena_polymorpha
p004_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Monroe, Michigan, USA	41.8	83.4	1	14	rest_MR	MR	routine	5.0	25.0	0.14	0.02	12	0.54	-0.62	0.83	0.06	12	0.25	-1.38	0.06	0.03	12	1.73	0.55	0.82	0.08	12.00	0.32	-1.14	NA	NA	8	0.89	0.01	1.31	0.06	0.88	0.01	0.55	0.05	0.49	0.05	0.69	0.05	-0.34	0.05	-0.82	0.11	-0.19	0.05	Dreissena_polymorpha
p005_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Ohio river	42.2	-81.2	1	14	rest_MR	MR	rest	10.0	18.0	0.65	0.01	10	0.05	-3.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.80	0.03	10.00	0.12	-2.13	ul/mg/h	NA	9	NA	NA	NA	NA	0.26	0.00	NA	NA	NA	NA	1.37	0.35	NA	NA	NA	NA	1.11	0.35	Dreissena_polymorpha
p005_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Ohio river	42.2	-81.2	1	14	rest_MR	MR	rest	18.0	26.0	0.80	0.03	10	0.12	-2.13	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.75	0.12	10.00	0.22	-1.53	ul/mg/h	NA	10	NA	NA	NA	NA	0.98	0.01	NA	NA	NA	NA	1.73	0.35	NA	NA	NA	NA	0.75	0.36	Dreissena_polymorpha
p005_o	NA	NA	Mollusca	Bivalvia	Veneroida	Dreissenidae	Dreissena	polymorpha	f	w	a	Lake Erie, Ohio river	42.2	-81.2	1	14	rest_MR	MR	rest	10.0	26.0	0.65	0.01	10	0.05	-3.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.75	0.12	10.00	0.22	-1.53	ul/mg/h	NA	11	NA	NA	NA	NA	0.62	0.00	NA	NA	NA	NA	1.55	0.09	NA	NA	NA	NA	0.93	0.09	Dreissena_polymorpha
p006_o	NA	NA	Chordata	Reptilia	Squamata	Scincidae	Chalcides	ocellatus	t	w	a	Egypt	30.1	31.2	1	17	rest_MR	MR	rest	10.0	30.0	0.02	0.00	12	0.21	-1.58	0.10	0.01	12	0.22	-1.49	0.02	0.00	10	0.14	-1.99	0.11	0.00	10.00	0.12	-2.09	ml/g/h	NA	12	0.80	0.00	0.85	0.00	0.85	0.00	Inf	0.05	NaN	0.06	NaN	0.05	Inf	0.05	NaN	0.06	NaN	0.05	Chalcides_ocellatus
p006_o	NA	NA	Chordata	Reptilia	Squamata	Lacertidae	Lacerta	vivipara	t	w	a	New Forest, England	50.9	-1.6	1	15	rest_MR	MR	rest	10.0	30.0	0.09	0.01	10	0.23	-1.47	0.32	0.02	10	0.17	-1.78	0.05	0.00	10	0.20	-1.58	0.22	0.01	10.00	0.15	-1.89	ml/g/h	NA	13	0.63	0.00	0.74	0.00	0.45	0.00	0.35	0.06	Inf	0.06	0.00	0.06	-0.29	0.06	Inf	0.06	-0.45	0.06	Lacerta_vivipara
p006_o	NA	NA	Chordata	Reptilia	Squamata	Scincidae	Lacerta	vivipara	t	w	j	New Forest, England	50.9	-1.6	1	16	rest_MR	MR	rest	10.0	30.0	0.12	0.02	8	0.40	-0.91	0.46	0.01	10	0.09	-2.40	0.07	0.00	5	0.15	-1.92	0.31	0.03	5.00	0.21	-1.57	ml/g/h	NA	14	0.67	0.01	0.74	0.00	0.47	0.01	-0.29	0.06	Inf	0.12	0.09	0.10	-0.96	0.07	Inf	0.13	-0.39	0.11	Lacerta_vivipara
p007_o	NA	NA	Mollusca	Bivalvia	Myoida	Myidae	Mya	arenaria	m	w	a	Blue Hill Falls	44.4	-68.6	1	14	rest_MR	MR	rest	10.0	20.0	0.20	0.05	8	0.71	-0.35	0.40	0.04	8	0.28	-1.26	0.16	0.05	8	0.88	-0.12	0.35	0.04	8.00	0.32	-1.13	ml/g/h	high intertidal	15	0.69	0.07	0.78	0.11	0.56	0.08	-0.22	0.29	-0.22	0.29	-0.22	0.29	-0.92	0.36	-1.01	0.40	-0.78	0.36	Mya_arenaria
p007_o	NA	NA	Mollusca	Bivalvia	Myoida	Myidae	Mya	arenaria	m	w	a	Blue Hill Falls	44.4	-68.6	1	14	rest_MR	MR	rest	10.0	20.0	0.12	0.03	8	0.71	-0.35	0.45	0.07	8	0.44	-0.82	0.11	0.03	8	0.79	-0.23	0.20	0.02	8.00	0.28	-1.26	ml/g/h	mid intertidal	16	1.32	0.09	0.60	0.08	0.51	0.07	0.85	0.29	-0.41	0.29	-0.41	0.29	-0.47	0.37	-1.00	0.37	-0.92	0.36	Mya_arenaria
p007_o	NA	NA	Mollusca	Bivalvia	Myoida	Myidae	Mya	arenaria	m	w	a	Blue Hill Falls	44.4	-68.6	1	14	rest_MR	MR	rest	10.0	20.0	0.35	0.04	8	0.32	-1.13	0.40	0.03	8	0.21	-1.55	0.11	0.05	8	1.31	0.27	0.25	0.03	8.00	0.34	-1.08	ml/g/h	low intertidal	17	0.13	0.02	0.82	0.22	-0.34	0.03	-0.29	0.29	-0.51	0.29	-0.29	0.29	-0.42	0.30	-1.33	0.51	0.05	0.31	Mya_arenaria
p007_o	NA	NA	Mollusca	Bivalvia	Myoida	Myidae	Mya	arenaria	m	w	a	Blue Hill Falls	44.4	-68.6	1	14	rest_MR	MR	rest	10.0	20.0	0.40	0.06	8	0.42	-0.86	0.30	0.06	8	0.57	-0.57	0.20	0.05	8	0.71	-0.35	0.22	0.05	8.00	0.64	-0.44	ml/g/h	subtidal	18	-0.29	0.06	0.10	0.11	-0.60	0.07	0.00	0.29	0.00	0.29	-0.18	0.29	0.29	0.35	-0.10	0.40	0.42	0.36	Mya_arenaria
p008_o	NA	NA	Chordata	Actinopterygii	Pleuronectiformes	Soleidae	Solea	senegalensis	m	w	j	Cadiz, Spain	36.5	6.3	1	21	ATPase	Na-K-ATPase	gill	12.0	26.0	2.80	0.30	10	0.34	-1.08	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	13.00	1.00	10.00	0.24	-1.41	NA	NA	19	NA	NA	NA	NA	1.10	0.01	NA	NA	NA	NA	0.86	0.11	NA	NA	NA	NA	-0.24	0.12	Solea_senegalensis
p008_o	NA	NA	Chordata	Actinopterygii	Pleuronectiformes	Soleidae	Solea	senegalensis	m	w	j	Cadiz, Spain	36.5	6.3	1	21	ATPase	Na-K-ATPase	kidney	12.0	26.0	2.00	0.20	10	0.32	-1.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.20	0.20	10.00	0.10	-2.28	NA	NA	20	NA	NA	NA	NA	0.81	0.01	NA	NA	NA	NA	0.00	0.11	NA	NA	NA	NA	-0.81	0.12	Solea_senegalensis
p009_o	NA	NA	Arthropoda	Branchiopoda	Cladocera	Daphniidae	Daphnia	ambigua	f	c	a	NA	NA	NA	1	7	rest_MR	MR	rest	10.0	20.0	7.40	NA	NA	NA	NA	12.00	NA	NA	NA	NA	3.50	NA	NA	NA	NA	8.00	NA	NA	NA	NA	ug/mg dry/hr	NA	21	0.48	NA	0.83	NA	0.08	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Daphnia_ambigua
p010_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Cambaridae	Orconectes	nais	f	w	a	Lawrence, Kansas	39.0	-95.2	1	21	rest_MR	MR	rest	10.0	20.0	740.00	NA	NA	NA	NA	1100.00	NA	NA	NA	NA	1100.00	NA	NA	NA	NA	1800.00	NA	NA	NA	NA	ul/hr	NA	22	0.40	NA	0.49	NA	0.89	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Orconectes_nais
p011_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Pectinidae	Aequipecten	opercularis	m	c	a	Ardtoe, Scotland	56.8	5.9	1	42	sprint	swim	sprint	5.0	15.0	4.44	0.16	8	0.10	-2.29	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.85	0.16	8.00	0.08	-2.56	NA	NA	23	NA	NA	NA	NA	0.28	0.00	NA	NA	NA	NA	0.00	0.29	NA	NA	NA	NA	-0.28	0.29	Aequipecten_opercularis
p012_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Helicidae	Helix	aspersa	t	w	a	Crete	32.2	24.9	1	16	cardiac	HR	rest	6.0	20.0	9.00	1.00	6	0.27	-1.30	20.00	2.00	6	0.24	-1.41	12.50	2.00	6	0.39	-0.94	20.00	2.00	6.00	0.24	-1.41	bpm	NA	24	0.57	0.01	0.34	0.02	0.57	0.01	0.50	0.20	0.00	0.20	0.50	0.20	-0.08	0.22	-0.34	0.22	-0.08	0.22	Helix_aspersa
p012_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Helicidae	Helix	lucorum	t	w	a	Edessa, Greece	40.8	22.1	1	16	cardiac	HR	rest	6.0	20.0	6.00	1.00	6	0.41	-0.90	18.00	2.00	6	0.27	-1.30	9.00	2.00	6	0.54	-0.61	25.00	2.00	6.00	0.20	-1.63	bpm	NA	25	0.78	0.02	0.73	0.03	1.02	0.02	0.50	0.20	0.00	0.20	0.50	0.20	-0.29	0.22	-0.73	0.23	-0.52	0.22	Helix_lucorum
p013_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	ATPase	ATPase	myofibrillar	5.0	15.0	0.16	0.01	6	0.15	-1.88	0.48	0.06	6	0.31	-1.18	0.13	0.01	6	0.19	-1.67	0.44	0.06	6.00	0.33	-1.10	umol pi mg-1 min-1	NA	26	1.10	0.02	1.22	0.02	1.01	0.02	1.79	0.40	1.79	0.40	1.79	0.40	0.69	0.42	0.57	0.42	0.78	0.42	Myoxocephalus_scorpius
p013_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	tension	muscle	5.0	15.0	97.00	15.00	10	0.49	-0.72	147.00	15.00	10	0.32	-1.13	110.00	12.00	10	0.34	-1.06	108.00	10.00	10.00	0.29	-1.23	kN m-2	NA	27	0.42	0.03	-0.02	0.02	0.11	0.03	0.00	0.22	-0.18	0.22	-0.41	0.22	-0.42	0.26	-0.16	0.24	-0.51	0.25	Myoxocephalus_scorpius
p013_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	velocity	muscle	5.0	15.0	3.50	0.80	10	0.72	-0.32	4.10	0.20	10	0.15	-1.87	2.80	1.00	10	1.13	0.12	6.20	0.80	10.00	0.41	-0.90	L s-1	NA	28	0.16	0.05	0.79	0.14	0.57	0.07	-1.39	0.22	-0.22	0.22	0.00	0.22	-1.54	0.28	-1.02	0.37	-0.57	0.29	Myoxocephalus_scorpius
p014_o	NA	NA	Chordata	Actinopterygii	Characiformes	Prochilodontidae	Prochilodus	scrofa	f	w	a	Pirassununga, Brazil	22.0	47.4	1	28	rest_MR	MR	rest	15.0	25.0	1.72	0.38	10	0.69	-0.37	5.94	0.78	10	0.42	-0.88	0.63	0.25	10	1.26	0.24	3.44	0.25	10.00	0.23	-1.47	NA	NA	29	1.24	0.07	1.70	0.16	0.69	0.05	0.72	0.22	0.00	0.22	-0.42	0.22	-0.52	0.29	-1.70	0.38	-1.11	0.28	Prochilodus_scrofa
p014_o	NA	NA	Chordata	Actinopterygii	Characiformes	Prochilodontidae	Prochilodus	scrofa	f	w	a	Pirassununga, Brazil	22.0	47.4	1	28	rest_MR	MR	rest	25.0	35.0	3.44	0.31	10	0.29	-1.25	14.38	2.50	10	0.55	-0.60	2.34	0.38	10	0.51	-0.68	8.75	1.56	10.00	0.56	-0.57	NA	NA	30	1.43	0.04	1.32	0.06	0.93	0.04	2.09	0.22	1.41	0.22	1.62	0.22	0.66	0.26	0.09	0.28	0.68	0.26	Prochilodus_scrofa
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	Fibre Vmax	muscle length s-1	5.0	15.0	3.70	0.20	8	0.15	-1.88	3.00	0.70	5	0.52	-0.65	3.60	0.50	5	0.31	-1.17	7.10	0.90	5.00	0.28	-1.26	muscle length s-1	NA	31	-0.21	0.06	0.68	0.04	0.65	0.02	1.02	0.39	0.59	0.50	1.27	0.39	1.23	0.45	-0.09	0.54	0.62	0.41	Myoxocephalus_scorpius
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	2	50	muscle	Fibre Vmax	muscle length s-1	5.0	15.0	4.40	0.40	10	0.29	-1.25	4.00	0.30	7	0.20	-1.62	3.20	0.70	7	0.58	-0.55	6.40	0.50	7.00	0.21	-1.58	muscle length s-1	NA	32	-0.10	0.01	0.69	0.05	0.37	0.01	-0.47	0.28	-0.34	0.33	0.04	0.28	-0.37	0.29	-1.03	0.39	-0.33	0.29	Myoxocephalus_scorpius
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	Muscle force - tetani	kNm-2	5.0	15.0	139.40	14.50	11	0.34	-1.06	78.30	15.80	10	0.64	-0.45	124.90	20.40	10	0.52	-0.66	282.00	2.60	8.00	0.03	-3.65	NA	NA	33	-0.58	0.05	0.81	0.03	0.70	0.01	0.04	0.21	-2.17	0.25	-1.88	0.24	0.62	0.26	-2.99	0.28	-2.58	0.25	Myoxocephalus_scorpius
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	2	50	muscle	Muscle force - tetani	kNm-2	5.0	15.0	161.70	14.20	12	0.30	-1.19	74.20	12.50	9	0.51	-0.68	179.40	18.60	6	0.25	-1.37	266.70	1.00	7.00	0.01	-4.61	kNm-2	NA	34	-0.78	0.04	0.40	0.01	0.50	0.01	-0.27	0.22	-2.85	0.37	-2.92	0.26	0.51	0.25	-3.24	0.38	-3.42	0.27	Myoxocephalus_scorpius
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	Muscle force - twitch	kNm-2	5.0	15.0	72.30	13.00	12	0.62	-0.47	26.20	10.00	11	1.27	0.24	80.60	11.20	11	0.46	-0.77	127.40	19.00	9.00	0.45	-0.80	NA	NA	35	-1.02	0.18	0.46	0.04	0.57	0.05	-0.31	0.19	0.43	0.22	0.24	0.22	0.71	0.37	-0.03	0.27	-0.33	0.27	Myoxocephalus_scorpius
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	2	50	muscle	Muscle force - twitch	kNm-2	5.0	15.0	82.80	10.50	12	0.44	-0.82	24.10	4.30	12	0.62	-0.48	114.50	9.20	7	0.21	-1.55	128.60	21.20	8.00	0.47	-0.76	kNm-2	NA	36	-1.23	0.05	0.12	0.03	0.44	0.04	-0.89	0.18	0.90	0.31	0.50	0.23	0.34	0.23	0.79	0.34	0.06	0.28	Myoxocephalus_scorpius
p015_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	muscle	Muscle Wmax	W kg-1	5.0	15.0	121.10	33.30	8	0.78	-0.25	33.62	8.48	5	0.56	-0.57	55.30	20.00	5	0.81	-0.21	206.30	17.50	5.00	0.19	-1.66	W kg-1	NA	37	-1.28	0.14	1.32	0.14	0.53	0.08	-1.60	0.39	-0.13	0.50	-0.88	0.39	-0.32	0.53	-1.45	0.64	-1.41	0.48	Myoxocephalus_scorpius
p016_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	sprint	Swim	velocity	5.0	15.0	0.80	0.10	6	0.31	-1.18	0.98	0.06	8	0.17	-1.75	NA	NA	NA	NA	NA	1.30	0.07	5.00	0.12	-2.12	m/s	NA	38	0.20	0.02	NA	NA	0.49	0.02	-0.37	0.34	NA	NA	-0.45	0.45	-0.57	0.36	NA	NA	-0.93	0.47	Myoxocephalus_scorpius
p016_o	NA	NA	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	St Andrews, Scotland	56.3	-2.8	1	50	sprint	Swim	acceleration	5.0	15.0	16.16	4.17	6	0.63	-0.46	18.41	1.88	8	0.29	-1.24	NA	NA	NA	NA	NA	22.04	2.88	5.00	0.29	-1.23	m/s2	NA	39	0.13	0.08	NA	NA	0.31	0.08	-0.65	0.34	NA	NA	-0.46	0.45	-0.78	0.42	NA	NA	-0.77	0.53	Myoxocephalus_scorpius
p017_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	a	Coruna, Spain	NA	NA	1	21	rest_MR	MR	rest	14.0	26.0	0.56	0.16	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.00	0.32	NA	NA	NA	ul/mg/h-1	NA	40	NA	NA	NA	NA	1.06	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Ostrea_edulis
p018_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Notophthalmus	viridescens	f	c	a	Nashville, Te, USA	36.2	86.8	1	84	metabolic_enzyme	COX	muscle, mixed	8.0	26.0	4.70	0.30	NA	NA	NA	8.50	0.60	NA	NA	NA	3.40	0.20	NA	NA	NA	6.90	0.50	NA	NA	NA	NA	NA	41	0.33	NA	0.39	NA	0.21	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Notophthalmus_viridescens
p018_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Notophthalmus	viridescens	f	c	a	Nashville, Te, USA	36.2	86.8	1	84	metabolic_enzyme	CS	muscle, mixed	8.0	26.0	3.80	0.10	NA	NA	NA	8.05	0.50	NA	NA	NA	2.30	0.10	NA	NA	NA	5.40	0.40	NA	NA	NA	NA	NA	42	0.42	NA	0.47	NA	0.20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Notophthalmus_viridescens
p018_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Notophthalmus	viridescens	f	c	a	Nashville, Te, USA	36.2	86.8	1	84	metabolic_enzyme	LDH	muscle, mixed	8.0	26.0	125.00	7.00	NA	NA	NA	400.00	23.00	NA	NA	NA	119.00	6.00	NA	NA	NA	410.00	25.00	NA	NA	NA	NA	NA	43	0.65	NA	0.69	NA	0.66	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Notophthalmus_viridescens
p018_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Notophthalmus	viridescens	f	c	a	Nashville, Te, USA	36.2	86.8	1	84	rest_MR	MR	SMR	8.0	26.0	2.72	0.27	10	0.31	-1.17	6.21	0.27	10	0.14	-1.99	1.47	0.27	10	0.57	-0.55	4.64	0.31	10.00	0.21	-1.55	light conditions were also changed	NA	44	0.46	0.00	0.64	0.01	0.30	0.00	0.00	0.07	0.08	0.07	0.08	0.07	-0.46	0.07	-0.56	0.08	-0.22	0.07	Notophthalmus_viridescens
p019_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	1	56	metabolic_enzyme	COX	muscle, red	5.0	15.0	54.30	3.00	NA	NA	NA	65.50	3.00	NA	NA	NA	50.40	2.50	NA	NA	NA	64.10	3.50	NA	NA	NA	NA	NA	45	0.19	NA	0.24	NA	0.17	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Onchorhynchus_mykiss
p019_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	1	56	metabolic_enzyme	CPT1	muscle, red	5.0	15.0	0.37	0.02	NA	NA	NA	0.74	0.03	NA	NA	NA	0.20	0.01	NA	NA	NA	0.42	0.02	NA	NA	NA	NA	NA	46	0.69	NA	0.74	NA	0.13	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Onchorhynchus_mykiss
p019_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	1	56	metabolic_enzyme	CS	muscle, red	5.0	15.0	17.10	0.60	NA	NA	NA	28.40	0.70	NA	NA	NA	14.20	0.60	NA	NA	NA	22.60	0.90	NA	NA	NA	NA	NA	47	0.51	NA	0.46	NA	0.28	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Onchorhynchus_mykiss
p020_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Turku, Finland	60.5	22.3	1	21	cardiac	Heart rate	NA	5.0	18.0	19.00	NA	NA	NA	NA	75.00	NA	NA	NA	NA	12.00	NA	NA	NA	NA	68.00	NA	NA	NA	NA	bpm	isolated heart, no N provided - SE difficult to estimate	48	1.06	NA	1.33	NA	0.98	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Perca_fluviatilis
p021_o	NA	NA	Echinodermata	Echinoidea	Echinoida	Echinidae	Sterechinus	neumayeri	m	w	a	Rothera Point Antarctica	67.5	68.1	2	NA	rest_MR	MR	rest	-1.7	0.6	1.05	0.20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.50	0.25	NA	NA	NA	units are in umol/h	NA	49	NA	NA	NA	NA	3.77	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Sterechinus_neumayeri
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Plethodon	dorsalis	t	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	5.0	10.0	13.80	0.43	15	0.12	-2.11	19.30	0.69	15	0.14	-1.98	13.30	0.25	15	0.07	-2.62	14.80	0.38	15.00	0.10	-2.31	ul/g/h	aquatic or terrestrial??? Query for all salamanders	50	0.67	0.01	0.21	0.00	0.14	0.01	0.95	0.57	0.84	0.57	-0.25	0.57	0.27	0.58	0.62	0.58	-0.39	0.58	Plethodon_dorsalis
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Plethodon	dorsalis	t	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	10.0	15.0	14.80	0.38	15	0.10	-2.31	26.30	0.67	15	0.10	-2.32	15.80	0.38	15	0.09	-2.37	21.80	0.64	15.00	0.11	-2.17	ul/g/h	NA	51	1.15	0.01	0.64	0.01	0.77	0.01	1.13	0.57	1.04	0.57	1.04	0.57	-0.02	0.58	0.40	0.58	0.27	0.58	Plethodon_dorsalis
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Plethodon	dorsalis	t	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	15.0	20.0	21.80	0.64	15	0.11	-2.17	61.90	3.23	15	0.20	-1.60	47.30	2.10	15	0.17	-1.76	46.50	1.13	15.00	0.09	-2.36	ul/g/h	NA	52	2.09	0.01	-0.03	0.01	1.52	0.01	3.24	0.57	-1.24	0.57	1.14	0.57	1.15	0.59	-1.21	0.58	-0.38	0.58	Plethodon_dorsalis
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Plethodon	dorsalis	t	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	20.0	25.0	46.50	1.13	15	0.09	-2.36	75.20	1.79	15	0.09	-2.38	54.70	1.97	15	0.14	-1.97	76.00	1.56	15.00	0.08	-2.53	ul/g/h	NA	53	0.96	0.00	0.66	0.01	0.98	0.00	0.92	0.57	-0.47	0.57	0.64	0.57	-0.04	0.58	-1.12	0.58	-0.34	0.58	Plethodon_dorsalis
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	5.0	10.0	13.80	0.43	15	0.12	-2.11	19.30	0.69	15	0.14	-1.98	13.30	0.25	15	0.07	-2.62	14.80	0.38	15.00	0.10	-2.31	ul/g/h	Replicated from above??	54	0.67	0.01	0.21	0.00	0.14	0.01	0.95	0.57	0.84	0.57	-0.25	0.57	0.27	0.58	0.62	0.58	-0.39	0.58	Eurycea_multiplicata
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	10.0	15.0	14.80	0.38	15	0.10	-2.31	26.30	0.67	15	0.10	-2.32	15.80	0.38	15	0.09	-2.37	21.80	0.64	15.00	0.11	-2.17	ul/g/h	NA	55	1.15	0.01	0.64	0.01	0.77	0.01	1.13	0.57	1.04	0.57	1.04	0.57	-0.02	0.58	0.40	0.58	0.27	0.58	Eurycea_multiplicata
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	15.0	20.0	21.80	0.64	15	0.11	-2.17	61.90	3.23	15	0.20	-1.60	47.30	2.10	15	0.17	-1.76	46.50	1.13	15.00	0.09	-2.36	ul/g/h	NA	56	2.09	0.01	-0.03	0.01	1.52	0.01	3.24	0.57	-1.24	0.57	1.14	0.57	1.15	0.59	-1.21	0.58	-0.38	0.58	Eurycea_multiplicata
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	20.0	25.0	46.50	1.13	15	0.09	-2.36	75.20	1.79	15	0.09	-2.38	54.70	1.97	15	0.14	-1.97	76.00	1.56	15.00	0.08	-2.53	ul/g/h	NA	57	0.96	0.00	0.66	0.01	0.98	0.00	0.92	0.57	-0.47	0.57	0.64	0.57	-0.04	0.58	-1.12	0.58	-0.34	0.58	Eurycea_multiplicata
p022_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	10.0	20.0	14.80	0.38	15	0.10	-2.31	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	46.50	1.13	15.00	0.09	-2.36	ul/g/h	NA	58	NA	NA	NA	NA	1.14	0.00	NA	NA	NA	NA	1.09	0.14	NA	NA	NA	NA	-0.06	0.14	Eurycea_multiplicata
p023_o	NA	NA	Chordata	Reptilia	Squamata	Acrochordidae	Acrochordus	arafurae	f	c	a	Queensland	NA	NA	1	91	rest_MR	MR	SMR	24.0	32.0	0.88	0.13	8	0.42	-0.88	1.86	0.14	8	0.21	-1.55	0.74	0.08	9	0.32	-1.13	1.30	0.12	9.00	0.28	-1.28	NA	NA	59	0.94	0.04	0.70	0.03	0.49	0.05	0.09	0.45	0.51	0.39	-0.03	0.42	-0.84	0.49	-0.20	0.42	-0.51	0.47	Acrochordus_arafurae
p024_o	NA	NA	Chordata	Amphibia	Caudata	Ambystomatidae	Ambystoma	tigrinum	t	w	j	Arizona	34.0	-112.0	1	21	rest_MR	MR	rest	6.0	25.0	6.00	2.00	8	0.94	-0.06	44.00	5.00	8	0.32	-1.14	14.00	5.00	11	1.18	0.17	52.00	6.00	11.00	0.38	-0.96	ul STPD/g/h	NA	60	1.05	0.03	0.69	0.04	1.14	0.03	0.48	0.08	0.10	0.06	0.66	0.07	-0.57	0.11	-0.59	0.09	-0.47	0.10	Ambystoma_tigrinum
p024_o	NA	NA	Chordata	Amphibia	Caudata	Ambystomatidae	Ambystoma	tigrinum	t	w	j	Arizona	34.0	-112.0	1	21	rest_MR	MR	max	6.0	25.0	14.00	2.00	8	0.40	-0.91	107.00	10.00	8	0.26	-1.33	24.00	4.00	11	0.55	-0.59	137.00	16.00	11.00	0.39	-0.95	ul STPD/g/h	NA	61	1.07	0.01	0.92	0.01	1.20	0.01	0.85	0.08	0.73	0.06	1.18	0.07	-0.22	0.09	-0.19	0.07	-0.02	0.08	Ambystoma_tigrinum
p024_o	NA	NA	Chordata	Amphibia	Caudata	Ambystomatidae	Ambystoma	tigrinum	t	w	a	Arizona	34.0	-112.0	1	21	rest_MR	MR	rest	6.0	25.0	12.00	5.00	5	0.93	-0.07	63.00	10.00	5	0.35	-1.04	17.00	2.00	7	0.31	-1.17	86.00	7.00	7.00	0.22	-1.54	ul STPD/g/h	NA	62	0.87	0.06	0.85	0.01	1.04	0.05	0.36	0.14	0.66	0.09	0.27	0.12	-0.51	0.19	-0.19	0.10	-0.77	0.17	Ambystoma_tigrinum
p024_o	NA	NA	Chordata	Amphibia	Caudata	Ambystomatidae	Ambystoma	tigrinum	t	w	a	Arizona	34.0	-112.0	1	21	rest_MR	MR	max	6.0	25.0	27.00	5.00	5	0.41	-0.88	172.00	6.00	5	0.08	-2.55	25.00	3.00	7	0.32	-1.15	236.00	20.00	7.00	0.22	-1.50	ul STPD/g/h	NA	63	0.97	0.01	1.18	0.01	1.14	0.01	0.10	0.14	1.00	0.09	0.82	0.12	-0.88	0.15	-0.18	0.10	-0.32	0.13	Ambystoma_tigrinum
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	other	Filtration rate	NA	5.0	10.0	32.37	6.30	4	0.39	-0.94	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	66.11	7.10	4.00	0.21	-1.54	ml/h	NA	64	NA	NA	NA	NA	1.43	0.20	NA	NA	NA	NA	0.24	2.67	NA	NA	NA	NA	-1.19	2.86	Ostrea_edulis
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	other	Filtration rate	NA	5.0	15.0	32.37	6.30	4	0.39	-0.94	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	162.00	37.00	4.00	0.46	-0.78	ml/h	NA	65	NA	NA	NA	NA	1.61	0.09	NA	NA	NA	NA	1.77	0.67	NA	NA	NA	NA	0.16	0.76	Ostrea_edulis
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	other	Filtration rate	NA	5.0	20.0	32.37	6.30	4	0.39	-0.94	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	144.00	23.00	4.00	0.32	-1.14	ml/h	NA	66	NA	NA	NA	NA	1.00	0.03	NA	NA	NA	NA	0.86	0.30	NA	NA	NA	NA	-0.13	0.32	Ostrea_edulis
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	other	Filtration rate	NA	5.0	25.0	32.37	6.30	4	0.39	-0.94	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	135.00	30.00	4.00	0.44	-0.81	ml/h	NA	67	NA	NA	NA	NA	0.71	0.02	NA	NA	NA	NA	0.78	0.17	NA	NA	NA	NA	0.07	0.19	Ostrea_edulis
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	other	Filtration rate	NA	10.0	20.0	66.00	7.00	4	0.21	-1.55	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	144.00	23.00	4.00	0.32	-1.14	ml/h	NA	68	NA	NA	NA	NA	0.78	0.04	NA	NA	NA	NA	1.19	0.67	NA	NA	NA	NA	0.41	0.70	Ostrea_edulis
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	rest_MR	MR	rest	5.0	10.0	7.95	2.80	4	0.70	-0.35	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.65	1.20	4.00	0.52	-0.66	ul/hr	NA	69	NA	NA	NA	NA	-1.07	0.76	NA	NA	NA	NA	-1.69	2.67	NA	NA	NA	NA	-0.62	3.43	Ostrea_edulis
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	rest_MR	MR	rest	5.0	15.0	7.95	2.80	4	0.70	-0.35	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.21	1.20	4.00	0.39	-0.95	ul/hr	NA	70	NA	NA	NA	NA	-0.25	0.16	NA	NA	NA	NA	-0.85	0.67	NA	NA	NA	NA	-0.60	0.83	Ostrea_edulis
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	rest_MR	MR	rest	5.0	20.0	7.95	2.80	4	0.70	-0.35	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.26	1.20	4.00	0.33	-1.11	ul/hr	NA	71	NA	NA	NA	NA	-0.06	0.07	NA	NA	NA	NA	-0.56	0.30	NA	NA	NA	NA	-0.50	0.36	Ostrea_edulis
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	rest_MR	MR	rest	5.0	25.0	7.95	2.80	4	0.70	-0.35	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	22.30	5.80	4.00	0.52	-0.65	ul/hr	NA	72	NA	NA	NA	NA	0.52	0.05	NA	NA	NA	NA	0.36	0.17	NA	NA	NA	NA	-0.15	0.21	Ostrea_edulis
p025_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Ostrea	edulis	m	c	j	Knysna	-34.0	23.1	1	30	rest_MR	MR	rest	10.0	20.0	4.65	1.20	4	0.52	-0.66	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.26	1.20	4.00	0.33	-1.11	ul/hr	NA	73	NA	NA	NA	NA	0.45	0.09	NA	NA	NA	NA	0.00	0.67	NA	NA	NA	NA	-0.45	0.76	Ostrea_edulis
p026_o	NA	NA	Chordata	Actinopterygii	Perciformes	Blenniidae	Blennius	pholis	m	w	a	Port Erin, Is of Man	54.1	-4.8	1	30	rest_MR	MR	rest	10.0	20.0	60.00	1.20	18	0.08	-2.47	120.00	2.00	18	0.07	-2.65	55.00	3.00	18	0.23	-1.46	85.00	4.00	18.00	0.20	-1.61	ml/g/h	NA	74	0.69	0.00	0.44	0.01	0.35	0.00	0.51	0.12	0.29	0.12	1.20	0.12	-0.18	0.12	-0.15	0.12	0.86	0.12	Blennius_pholis
p027_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Ptychocheilus	oregonensis	f	w	a	Bonneville Dam, Columbia river	45.6	-121.9	1	21	rest_MR	MR	rest	9.0	15.0	24.30	2.20	18	0.38	-0.96	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	49.10	6.60	16.00	0.54	-0.62	mg kg-.67 h-1	NA	75	NA	NA	NA	NA	1.17	0.07	NA	NA	NA	NA	1.73	0.35	NA	NA	NA	NA	0.56	0.42	Ptychocheilus_oregonensis
p027_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Ptychocheilus	oregonensis	f	w	a	Bonneville Dam, Columbia river	45.6	-121.9	1	21	rest_MR	MR	rest	9.0	21.0	24.30	2.20	18	0.38	-0.96	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	89.40	28.60	14.00	1.20	0.18	mg kg-.67 h-2	NA	76	NA	NA	NA	NA	1.09	0.08	NA	NA	NA	NA	2.03	0.09	NA	NA	NA	NA	0.95	0.17	Ptychocheilus_oregonensis
p027_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Ptychocheilus	oregonensis	f	w	a	Bonneville Dam, Columbia river	45.6	-121.9	1	21	rest_MR	MR	rest	9.0	18.0	24.30	2.20	18	0.38	-0.96	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	75.00	8.70	16.00	0.46	-0.77	mg kg-.67 h-3	NA	77	NA	NA	NA	NA	1.25	0.03	NA	NA	NA	NA	1.46	0.15	NA	NA	NA	NA	0.21	0.18	Ptychocheilus_oregonensis
p028_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	latouchii	f	w	a	Nanjenshan Nature Reserve, Taiwan	22.5	120.8	1	18	rest_MR	MR	rest	15.0	25.0	1.88	0.01	NA	NA	NA	5.18	0.01	NA	NA	NA	1.53	0.01	NA	NA	NA	4.51	0.01	NA	NA	NA	NA	NA	78	1.01	NA	1.08	NA	0.88	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Rana_latouchii
p029_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	tigrina	f	c	a	India	NA	NA	1	7	other	MR	liver slices	15.0	25.0	0.13	0.01	6	0.13	-2.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.25	0.01	6.00	0.10	-2.33	ul/mg/h	NA	79	NA	NA	NA	NA	0.65	0.01	NA	NA	NA	NA	0.00	0.40	NA	NA	NA	NA	-0.65	0.41	Rana_tigrina
p030_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ile de Re, France	46.2	1.6	1	18	rest_MR	MR	SMR	7.0	30.0	1.38	0.32	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.72	0.26	NA	NA	NA	NA	NA	80	NA	NA	NA	NA	0.53	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Dicentrarchus_labrax
p030_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ile de Re, France	46.2	1.6	1	18	rest_MR	MR	SMR	7.0	30.0	6.17	0.52	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	19.05	1.20	NA	NA	NA	NA	NA	81	NA	NA	NA	NA	0.49	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Dicentrarchus_labrax
p030_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ile de Re, France	46.2	1.6	1	18	endurance	swim	sustained	7.0	30.0	0.67	0.01	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.12	0.04	NA	NA	NA	units in m/s	NA	82	NA	NA	NA	NA	0.22	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Dicentrarchus_labrax
p031_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Elusor	macrurus	f	w	j	Mary River, QLD, Austraia	25.7	152.6	1	56	rest_MR	MR	rest	17.0	28.0	3.57	0.04	6	0.02	-3.71	7.14	0.54	6	0.18	-1.69	2.68	0.40	7	0.40	-0.92	7.59	0.76	7.00	0.26	-1.33	NA	NA	83	0.63	0.00	0.95	0.03	0.69	0.01	2.37	0.33	0.58	0.28	2.75	0.30	1.74	0.34	-0.36	0.30	2.06	0.31	Elusor_macrurus
p031_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Elusor	macrurus	f	w	j	Mary River, QLD, Austraia	25.7	152.6	1	56	sprint	swim	sprint	17.0	28.0	0.68	0.03	6	0.09	-2.41	0.79	0.03	6	0.09	-2.41	0.67	0.02	7	0.06	-2.83	0.79	0.02	7.00	0.05	-2.93	units in m/s	NA	84	0.14	0.00	0.15	0.00	0.14	0.00	0.00	0.33	0.00	0.28	-0.30	0.30	-0.14	0.33	-0.15	0.28	-0.43	0.31	Elusor_macrurus
p032_o	NA	NA	Arthropoda	Insecta	Hymenoptera	Formicidae	Messor	capensis	t	w	a	Bartholomeus Klip Farm, W Cape Province, South Africa	33.7	19.0	1	8	rest_MR	MR	active	20.0	30.0	0.00	0.00	121	1.12	0.12	0.01	0.00	121	0.58	-0.55	0.00	0.00	121	1.11	0.11	0.01	0.00	121.00	0.70	-0.36	units in ml CO2/h	NA	85	Inf	NaN	Inf	NaN	Inf	NaN	NaN	0.02	NaN	0.02	NaN	0.02	NaN	NaN	NaN	NaN	NaN	NaN	Messor_capensis
p032_o	NA	NA	Arthropoda	Insecta	Hymenoptera	Formicidae	Messor	capensis	t	w	a	Bartholomeus Klip Farm, W Cape Province, South Africa	33.7	19.0	1	8	sprint	run	NA	20.0	30.0	0.01	0.00	121	0.79	-0.23	0.02	0.00	121	0.52	-0.66	0.01	0.00	121	0.76	-0.27	0.02	0.00	121.00	0.48	-0.74	units in m/s	NA	86	0.69	0.00	0.69	0.00	0.69	0.00	NaN	0.02	NaN	0.02	NaN	0.02	NaN	0.02	NaN	0.02	NaN	0.02	Messor_capensis
p033_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Brisbane QLD, Australia	27.5	153.0	1	56	sprint	swim	sprint	16.0	30.0	0.82	0.02	15	0.09	-2.36	1.35	0.02	15	0.06	-2.86	0.68	0.03	16	0.18	-1.73	1.25	0.01	16.00	0.03	-3.44	units in m/s	NA	87	0.36	0.00	0.43	0.00	0.30	0.00	0.00	0.07	-0.78	0.07	-0.47	0.07	-0.36	0.07	-1.22	0.07	-0.77	0.07	Danio_rerio
p034_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	Humberside, England	53.6	-0.5	1	96	ATPase	ATPase	muscle	8.0	20.0	0.36	0.02	6	0.14	-1.99	0.86	0.05	6	0.14	-1.95	0.18	0.01	6	0.14	-1.99	0.58	0.05	6.00	0.21	-1.56	umol Pi/mg/min	Mg/Ca activated	88	0.73	0.00	0.98	0.01	0.40	0.01	0.76	0.28	1.34	0.28	0.76	0.28	0.04	0.28	0.37	0.29	0.37	0.29	Cyprinus_carpio
p034_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	Humberside, England	53.6	-0.5	1	96	ATPase	ATPase	muscle	8.0	20.0	0.05	0.01	6	0.57	-0.57	0.02	0.01	6	1.53	0.43	0.03	0.00	6	0.31	-1.18	0.10	0.01	6.00	0.22	-1.50	umol Pi/mg/min	Mg EGTA activated	89	-0.76	0.20	1.00	0.01	0.58	0.03	0.00	0.28	Inf	0.28	0.00	0.28	0.76	0.48	Inf	0.28	-0.58	0.31	Cyprinus_carpio
p034_o	NA	NA	Chordata	Reptilia	Testudines	Emydidae	Chrysemys	picta	f	w	a	Hiland Lake, Michigan	42.4	-84.0	2	NA	other	GFR	rest	5.0	25.0	1.10	0.02	15	0.05	-2.94	11.50	0.03	15	0.01	-4.59	0.90	0.02	15	0.06	-2.74	9.70	0.20	15.00	0.08	-2.53	ml/kg/h	NA	90	1.17	0.00	1.19	0.00	1.09	0.00	0.20	0.04	1.15	0.04	1.15	0.04	-0.97	0.04	-0.04	0.04	0.06	0.04	Chrysemys_picta
p034_o	NA	NA	Chordata	Reptilia	Testudines	Emydidae	Chrysemys	picta	f	w	a	Hiland Lake, Michigan	42.4	-84.0	2	NA	other	Urine prod	rest	5.0	25.0	0.75	0.01	15	0.05	-2.96	5.30	0.30	15	0.22	-1.52	0.50	0.01	15	0.08	-2.56	3.90	0.20	15.00	0.20	-1.62	ml/kg/h	NA	91	0.98	0.00	1.03	0.00	0.82	0.00	1.70	0.04	1.50	0.04	1.50	0.04	0.72	0.04	0.47	0.04	0.67	0.04	Chrysemys_picta
p035_o	NA	NA	Chordata	Actinopterygii	Siluriformes	Bagridae	Horabagrus	brachysoma	f	c	j	Mumbai, India	18.9	72.8	1	30	rest_MR	MR	rest	15.0	36.0	2.03	0.38	6	0.46	-0.78	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.50	0.47	6.00	0.15	-1.87	NA	NA	92	NA	NA	NA	NA	0.62	0.01	NA	NA	NA	NA	0.10	0.09	NA	NA	NA	NA	-0.52	0.10	Horabagrus_brachysoma
p036_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Catla	catla	f	c	j	Saphale, India	19.6	72.8	1	30	rest_MR	MR	rest	26.0	36.0	2.54	0.02	6	0.02	-3.86	5.49	0.11	6	0.05	-3.00	NA	NA	NA	NA	NA	4.40	0.07	6.00	0.04	-3.23	NA	NA	93	0.77	0.00	NA	NA	0.55	0.00	1.70	0.40	NA	NA	1.25	0.40	0.93	0.40	NA	NA	0.70	0.40	Catla_catla
p036_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo	rohita	f	c	j	Saphale, India	19.6	72.8	1	30	rest_MR	MR	rest	26.0	36.0	2.37	0.06	6	0.06	-2.82	2.02	0.05	6	0.06	-2.89	NA	NA	NA	NA	NA	3.84	0.04	6.00	0.03	-3.58	NA	NA	94	-0.16	0.00	NA	NA	0.48	0.00	-0.18	0.40	NA	NA	-0.41	0.40	-0.02	0.40	NA	NA	-0.89	0.40	Labeo_rohita
p036_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cirrhinus	mrigala	f	c	j	Saphale, India	19.6	72.8	1	30	rest_MR	MR	rest	26.0	36.0	2.18	0.02	6	0.02	-3.97	4.70	0.11	6	0.05	-2.91	NA	NA	NA	NA	NA	3.65	0.04	6.00	0.03	-3.60	NA	NA	95	0.77	0.00	NA	NA	0.52	0.00	1.70	0.40	NA	NA	0.69	0.40	0.94	0.40	NA	NA	0.18	0.40	Cirrhinus_mrigala
p037_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo	rohita	f	c	j	Khopoli, India	18.8	73.6	1	30	rest_MR	MR	rest	26.0	36.0	1.81	0.01	6	0.01	-4.59	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.92	0.01	6.00	0.01	-5.07	NA	NA	96	NA	NA	NA	NA	0.48	0.00	NA	NA	NA	NA	0.00	0.40	NA	NA	NA	NA	-0.48	0.40	Labeo_rohita
p038_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salmo	trutta	f	c	a	Hathersage, UK	53.3	1.7	1	42	metabolic_enzyme	CS	red muscle	5.0	15.0	NA	NA	NA	NA	NA	22.35	2.00	12	0.31	-1.17	NA	NA	NA	NA	NA	13.55	0.68	12.00	0.17	-1.75	NA	NA	97	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Salmo_trutta
p038_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salmo	trutta	f	c	a	Hathersage, UK	53.3	1.7	1	42	metabolic_enzyme	CS	white muscle	5.0	15.0	NA	NA	NA	NA	NA	4.12	0.11	12	0.09	-2.38	NA	NA	NA	NA	NA	2.26	0.15	12.00	0.23	-1.47	NA	NA	98	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Salmo_trutta
p038_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salmo	trutta	f	c	a	Hathersage, UK	53.3	1.7	1	42	metabolic_enzyme	PFK	red muscle	5.0	15.0	NA	NA	NA	NA	NA	4.01	0.48	12	0.41	-0.88	NA	NA	NA	NA	NA	7.23	0.61	12.00	0.29	-1.23	NA	NA	99	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Salmo_trutta
p038_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salmo	trutta	f	c	a	Hathersage, UK	53.3	1.7	1	42	metabolic_enzyme	PFK	white muscle	5.0	15.0	NA	NA	NA	NA	NA	21.85	2.50	12	0.40	-0.93	NA	NA	NA	NA	NA	35.52	3.45	12.00	0.34	-1.09	NA	NA	100	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Salmo_trutta
p038_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salmo	trutta	f	c	a	Hathersage, UK	53.3	1.7	1	42	endurance	swim	sustained	5.0	15.0	1.95	0.07	12	0.12	-2.08	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.10	0.12	12.00	0.20	-1.62	NA	NA	101	NA	NA	NA	NA	0.07	0.00	NA	NA	NA	NA	0.54	0.18	NA	NA	NA	NA	0.46	0.19	Salmo_trutta
p039_o	NA	NA	Arthropoda	Arachnida	Acarina	Podacaridae	Halozetes	marinus	t	w	a	Marion Island	46.9	37.8	1	7	sprint	run	sprint	0.0	10.0	2.05	0.10	20	0.22	-1.52	8.00	0.20	20	0.11	-2.19	0.20	0.20	20	4.47	1.50	8.00	0.20	20.00	0.11	-2.19	units in leg strokes/20 s	NA	102	1.36	0.00	3.69	1.00	1.36	0.00	0.69	0.11	0.00	0.11	0.69	0.11	-0.67	0.11	-3.69	1.11	-0.67	0.11	Halozetes_marinus
p039_o	NA	NA	Arthropoda	Arachnida	Acarina	Podacaridae	Halozetes	fulvus	t	w	a	Marion Island	46.9	37.8	1	7	sprint	run	sprint	0.0	10.0	2.30	0.10	20	0.19	-1.64	7.30	0.10	20	0.06	-2.79	0.10	0.10	20	4.47	1.50	7.30	0.20	20.00	0.12	-2.10	units in leg strokes/20 s	NA	103	1.15	0.00	4.29	1.00	1.15	0.00	0.00	0.11	0.69	0.11	0.69	0.11	-1.15	0.11	-3.60	1.11	-0.46	0.11	Halozetes_fulvus
p039_o	NA	NA	Arthropoda	Arachnida	Acarina	Podacaridae	Podacarus	auberti	t	w	a	Marion Island	46.9	37.8	1	7	sprint	run	sprint	0.0	10.0	2.50	0.20	20	0.36	-1.03	8.20	0.20	20	0.11	-2.22	0.20	0.10	20	2.24	0.80	8.70	0.20	20.00	0.10	-2.27	units in leg strokes/20 s	NA	104	1.19	0.01	3.77	0.25	1.25	0.01	0.00	0.11	0.69	0.11	0.00	0.11	-1.19	0.11	-3.08	0.36	-1.25	0.11	Podacarus_auberti
p039_o	NA	NA	Arthropoda	Arachnida	Acarina	Podacaridae	Halozetes	belgicae	t	w	a	Marion Island	46.9	37.8	1	7	sprint	run	sprint	0.0	10.0	3.20	0.20	20	0.28	-1.27	12.50	0.50	20	0.18	-1.72	0.20	0.10	20	2.24	0.80	11.30	0.40	20.00	0.16	-1.84	units in leg strokes/20 s	NA	105	1.36	0.01	4.03	0.25	1.26	0.01	0.92	0.11	1.39	0.11	0.69	0.11	-0.45	0.11	-2.65	0.36	-0.57	0.11	Halozetes_belgicae
p040_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Texas, USA	30.6	95.5	1	14	rest_MR	MR	SMR	10.0	30.0	73.92	4.17	2	0.08	-2.53	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	223.40	25.48	10.00	0.36	-1.02	NA	NA	106	NA	NA	NA	NA	0.55	0.00	NA	NA	NA	NA	1.31	0.28	NA	NA	NA	NA	0.75	0.28	Lepomis_macrochirus
p040_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	megalotis	f	w	a	Texas, USA	30.6	95.5	1	14	rest_MR	MR	SMR	10.0	30.0	131.20	12.34	6	0.23	-1.47	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	187.67	25.73	10.00	0.43	-0.84	NA	NA	107	NA	NA	NA	NA	0.18	0.01	NA	NA	NA	NA	0.50	0.08	NA	NA	NA	NA	0.32	0.08	Lepomis_megalotis
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	21	metabolic_enzyme	CK	white muscle	5.0	25.0	41.45	3.61	8	0.25	-1.40	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	26.93	2.58	8.00	0.27	-1.31	NA	NA	108	NA	NA	NA	NA	-0.22	0.00	NA	NA	NA	NA	-0.17	0.07	NA	NA	NA	NA	0.05	0.08	Fundulus_heteroclitus macrolepidotus
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Morehead City, NC, USA	34.7	76.8	1	21	metabolic_enzyme	CK	white muscle	5.0	25.0	33.56	1.25	8	0.11	-2.25	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	35.01	2.47	8.00	0.20	-1.61	NA	NA	109	NA	NA	NA	NA	0.02	0.00	NA	NA	NA	NA	0.34	0.07	NA	NA	NA	NA	0.32	0.07	Fundulus_heteroclitus heteroclitus
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	21	metabolic_enzyme	CS	white muscle	5.0	25.0	1.44	0.12	8	0.24	-1.45	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.86	0.08	8.00	0.26	-1.34	NA	NA	110	NA	NA	NA	NA	-0.26	0.00	NA	NA	NA	NA	-0.20	0.07	NA	NA	NA	NA	0.06	0.08	Fundulus_heteroclitus macrolepidotus
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Morehead City, NC, USA	34.7	76.8	1	21	metabolic_enzyme	CS	white muscle	5.0	25.0	1.05	0.07	8	0.19	-1.67	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.87	0.08	8.00	0.26	-1.35	NA	NA	111	NA	NA	NA	NA	-0.09	0.00	NA	NA	NA	NA	0.07	0.07	NA	NA	NA	NA	0.16	0.07	Fundulus_heteroclitus heteroclitus
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	21	metabolic_enzyme	LDH	white muscle	5.0	25.0	93.31	5.83	8	0.18	-1.73	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	89.03	5.13	8.00	0.16	-1.81	NA	NA	112	NA	NA	NA	NA	-0.02	0.00	NA	NA	NA	NA	-0.06	0.07	NA	NA	NA	NA	-0.04	0.07	Fundulus_heteroclitus macrolepidotus
p041_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Morehead City, NC, USA	34.7	76.8	1	21	metabolic_enzyme	LDH	white muscle	5.0	25.0	76.46	3.57	8	0.13	-2.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	78.24	3.16	8.00	0.11	-2.17	NA	NA	113	NA	NA	NA	NA	0.01	0.00	NA	NA	NA	NA	-0.06	0.07	NA	NA	NA	NA	-0.07	0.07	Fundulus_heteroclitus heteroclitus
p042_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	j	Sonora, Maxico	29.6	110.8	1	30	rest_MR	MR	rest	20.0	32.0	1.53	NA	20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.70	NA	20.00	NA	NA	NA	NA	114	NA	NA	NA	NA	0.47	NA	NA	NA	NA	NA	NA	0.07	NA	NA	NA	NA	NA	NA	Micropterus_salmoides
p043_o	NA	NA	Chordata	Actinopterygii	Perciformes	Scombridae	Scomber	japonicus	m	w	a	Fullerton CA, USA	33.9	117.7	1	14	rest_MR	MR	SMR	18.0	24.0	3.95	2.10	12	1.84	0.61	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.47	2.51	12.00	1.95	0.67	NA	NA	115	NA	NA	NA	NA	0.21	1.66	NA	NA	NA	NA	0.30	0.51	NA	NA	NA	NA	0.09	2.17	Scomber_japonicus
p043_o	NA	NA	Chordata	Actinopterygii	Perciformes	Scombridae	Scomber	japonicus	m	w	a	Fullerton CA, USA	33.9	117.7	1	14	endurance	swim	sustained	18.0	24.0	3.50	0.17	12	0.16	-1.81	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.72	0.20	10.00	0.13	-2.02	NA	NA	116	NA	NA	NA	NA	0.50	0.01	NA	NA	NA	NA	0.12	0.56	NA	NA	NA	NA	-0.38	0.57	Scomber_japonicus
p044_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Acanthochromis	polyacanthus	m	w	j	Palm Is QLD, Australia	18.8	146.6	1	120	rest_MR	MR	rest	28.5	31.5	9.22	0.31	28	0.18	-1.72	8.91	0.47	28	0.28	-1.28	13.76	1.09	30	0.44	-0.83	11.72	0.31	30.00	0.15	-1.92	NA	NA	117	-0.11	0.04	-0.53	0.08	0.80	0.02	1.39	0.82	-4.19	0.77	0.11	0.79	1.50	0.87	-3.66	0.84	-0.68	0.81	Acanthochromis_polyacanthus
p044_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Acanthochromis	polyacanthus	m	w	j	Palm Is QLD, Australia	18.8	146.6	1	21	rest_MR	MR	rest	22.5	25.5	5.06	0.19	19	0.16	-1.82	4.85	0.31	19	0.28	-1.27	7.13	0.38	19	0.23	-1.47	7.22	0.31	19.00	0.19	-1.67	NA	NA	118	-0.14	0.06	0.04	0.05	1.18	0.04	1.63	1.23	-0.68	1.23	1.63	1.23	1.77	1.30	-0.72	1.29	0.45	1.27	Acanthochromis_polyacanthus
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Acris	crepitans	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	5.0	15.0	0.04	NA	6	NA	NA	0.09	NA	6	NA	NA	0.05	NA	6	NA	NA	0.11	NA	6.00	NA	NA	ul/g/h	NA	119	0.81	NA	0.79	NA	1.01	NA	NA	0.40	NA	0.40	NA	0.40	NA	NA	NA	NA	NA	NA	Acris_crepitans
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Acris	crepitans	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	5.0	25.0	0.04	NA	6	NA	NA	0.20	NA	6	NA	NA	0.08	NA	6	NA	NA	0.23	NA	6.00	NA	NA	ul/g/h	NA	120	0.80	NA	0.53	NA	0.87	NA	NA	0.10	NA	0.10	NA	0.10	NA	NA	NA	NA	NA	NA	Acris_crepitans
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Acris	crepitans	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	15.0	25.0	0.05	NA	6	NA	NA	0.19	NA	6	NA	NA	0.14	NA	6	NA	NA	0.23	NA	6.00	NA	NA	ul/g/h	NA	121	1.34	NA	0.50	NA	1.53	NA	NA	0.40	NA	0.40	NA	0.40	NA	NA	NA	NA	NA	NA	Acris_crepitans
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Pseudacris	triseriata	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	5.0	15.0	0.12	NA	6	NA	NA	0.21	NA	6	NA	NA	0.14	NA	6	NA	NA	0.20	NA	6.00	NA	NA	ul/g/h	NA	122	0.56	NA	0.36	NA	0.51	NA	NA	0.40	NA	0.40	NA	0.40	NA	NA	NA	NA	NA	NA	Pseudacris_triseriata
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Pseudacris	triseriata	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	5.0	25.0	0.12	NA	6	NA	NA	0.35	NA	6	NA	NA	0.09	NA	6	NA	NA	0.23	NA	6.00	NA	NA	ul/g/h	NA	123	0.54	NA	0.47	NA	0.33	NA	NA	0.10	NA	0.10	NA	0.10	NA	NA	NA	NA	NA	NA	Pseudacris_triseriata
p046_o	NA	NA	Chordata	Amphibia	Anura	Hylidae	Pseudacris	triseriata	f	w	a	Vermillion	42.1	-96.9	1	7	rest_MR	MR	rest	15.0	25.0	0.20	NA	6	NA	NA	0.32	NA	6	NA	NA	0.22	NA	6	NA	NA	0.23	NA	6.00	NA	NA	ul/g/h	NA	124	0.47	NA	0.04	NA	0.14	NA	NA	0.40	NA	0.40	NA	0.40	NA	NA	NA	NA	NA	NA	Pseudacris_triseriata
p047_o	NA	NA	Nematoda	Secernentea	Rhabditida	Rhabditidae	Caenorhabditis	elegans	f	c	a	NA	NA	NA	1	30	rest_MR	MR	rest	15.0	20.0	8.50	1.00	4	0.24	-1.45	12.00	1.50	4	0.25	-1.39	8.50	1.00	4	0.24	-1.45	14.50	2.00	4.00	0.28	-1.29	ul/mg.h	NA	125	0.69	0.12	1.07	0.13	1.07	0.13	0.81	2.67	1.39	2.67	1.39	2.67	0.12	2.78	0.32	2.80	0.32	2.80	Caenorhabditis_elegans
p047_o	NA	NA	Nematoda	Secernentea	Rhabditida	Rhabditidae	Caenorhabditis	elegans	f	c	a	NA	NA	NA	1	30	rest_MR	MR	rest	15.0	25.0	8.50	1.00	4	0.24	-1.45	17.00	2.00	4	0.24	-1.45	7.50	0.08	4	0.02	-3.85	22.00	1.00	4.00	0.09	-2.40	ul/mg.h	NA	126	0.69	0.03	1.08	0.00	0.95	0.02	0.69	0.67	2.53	0.67	0.00	0.67	0.00	0.69	1.45	0.67	-0.95	0.68	Caenorhabditis_elegans
p047_o	NA	NA	Nematoda	Secernentea	Rhabditida	Rhabditidae	Caenorhabditis	elegans	f	c	a	NA	NA	NA	1	30	rest_MR	MR	rest	20.0	25.0	14.50	2.00	4	0.28	-1.29	20.50	1.50	4	0.15	-1.92	13.00	2.00	4	0.31	-1.18	22.00	1.00	4.00	0.09	-2.40	ul/mg.h	NA	127	0.69	0.10	1.05	0.10	0.83	0.08	-0.58	2.67	-1.39	2.67	-1.39	2.67	-1.27	2.76	-2.44	2.77	-2.22	2.75	Caenorhabditis_elegans
p048_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	j	German Bight, Germany	54.5	7.2	1	60	metabolic_enzyme	COX	liver cells	4.0	11.0	22.00	4.00	4	0.36	-1.01	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	24.00	1.00	4.00	0.08	-2.48	U/10^6 cells	NA	128	NA	NA	NA	NA	0.12	0.07	NA	NA	NA	NA	-1.98	1.36	NA	NA	NA	NA	-2.10	1.43	Zoarces_viviparous
p048_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	j	German Bight, Germany	54.5	7.2	1	60	metabolic_enzyme	CS	liver cells	4.0	11.0	6.20	0.70	4	0.23	-1.49	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.20	0.20	4.00	0.10	-2.35	U/10^6 cells	NA	129	NA	NA	NA	NA	-0.56	0.03	NA	NA	NA	NA	-1.79	1.36	NA	NA	NA	NA	-1.23	1.39	Zoarces_viviparous
p049_o	NA	NA	Arthropoda	Insecta	Coeloptera	Curculionidae	Sitophilus	granarius	t	c	a	NA	NA	NA	1	28	rest_MR	MR	rest	15.0	27.0	1.03	0.03	36	0.19	-1.65	3.01	0.06	36	0.11	-2.21	2.25	0.07	36	0.18	-1.69	7.18	2.12	36.00	1.77	0.57	ul/mg/h	NA	130	0.89	0.00	0.97	0.06	1.62	0.06	0.58	0.04	2.84	0.04	3.55	0.04	-0.32	0.04	1.88	0.10	1.93	0.10	Sitophilus_granarius
p049_o	NA	NA	Arthropoda	Insecta	Coeloptera	Curculionidae	Sitophilus	oryzae	t	c	a	NA	NA	NA	1	28	rest_MR	MR	rest	15.0	27.0	0.81	0.04	18	0.21	-1.54	4.40	0.19	18	0.19	-1.69	1.17	0.06	18	0.21	-1.54	5.91	0.27	18.00	0.19	-1.64	ul/mg/h	NA	131	1.41	0.00	1.35	0.00	1.66	0.00	1.30	0.08	1.25	0.08	1.59	0.08	-0.11	0.08	-0.10	0.08	-0.06	0.08	Sitophilus_oryzae
p050_o	NA	NA	Arthropoda	Insecta	Coeloptera	Curculionidae	Sitophilus	granarius	t	c	a	NA	NA	NA	1	28	rest_MR	MR	rest	15.0	27.0	0.55	0.05	20	0.41	-0.90	1.80	0.05	20	0.12	-2.09	0.70	0.05	20	0.32	-1.14	1.75	0.05	20.00	0.13	-2.06	ul/mg/h	NA	132	0.99	0.01	0.76	0.00	0.96	0.01	0.00	0.07	0.00	0.07	0.00	0.07	-0.99	0.08	-0.76	0.08	-0.96	0.08	Sitophilus_granarius
p050_o	NA	NA	Arthropoda	Insecta	Coeloptera	Curculionidae	Sitophilus	oryzae	t	c	a	NA	NA	NA	1	28	rest_MR	MR	rest	15.0	27.0	0.60	0.05	20	0.37	-0.99	1.50	0.05	20	0.15	-1.90	0.67	0.05	20	0.33	-1.10	1.55	0.05	20.00	0.14	-1.94	ul/mg/h	NA	133	0.76	0.01	0.70	0.00	0.79	0.01	0.00	0.07	0.00	0.07	0.00	0.07	-0.76	0.08	-0.70	0.08	-0.79	0.08	Sitophilus_oryzae
p051_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	w	a	Ontario, Canada	50.7	-86.0	1	14	rest_MR	MR	routine	10.0	20.0	19.30	4.00	5	0.46	-0.77	46.00	2.30	6	0.12	-2.10	10.70	1.50	4	0.28	-1.27	35.70	5.00	5.00	0.31	-1.16	mg/h per 200 g fish	NA	134	0.87	0.05	1.20	0.04	0.62	0.06	-0.46	0.45	1.32	0.58	0.22	0.50	-1.33	0.50	0.11	0.62	-0.39	0.56	Oncorhynchus_mykiss
p051_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	w	a	Ontario, Canada	50.7	-86.0	1	14	rest_MR	MR	standard	10.0	20.0	12.10	0.50	5	0.09	-2.38	39.20	0.40	6	0.02	-3.69	8.90	0.15	4	0.03	-3.39	18.40	0.60	5.00	0.07	-2.62	NA	NA	135	1.18	0.00	0.73	0.00	0.42	0.00	-0.13	0.45	1.50	0.58	0.18	0.50	-1.31	0.45	0.77	0.58	-0.24	0.50	Oncorhynchus_mykiss
p052_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	21	endurance	swim	sustained	10.4	28.7	5.80	0.30	6	0.13	-2.07	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.80	0.50	6.00	0.18	-1.71	NA	NA	136	NA	NA	NA	NA	0.09	0.00	NA	NA	NA	NA	0.28	0.12	NA	NA	NA	NA	0.19	0.12	Fundulus_heteroclitus macrolepidotus
p052_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Brunswick, GA, USA	31.2	81.5	1	21	endurance	swim	sustained	10.4	28.7	3.40	0.40	6	0.29	-1.24	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.10	0.20	6.00	0.10	-2.34	NA	NA	137	NA	NA	NA	NA	0.22	0.00	NA	NA	NA	NA	-0.38	0.12	NA	NA	NA	NA	-0.60	0.12	Fundulus_heteroclitus heteroclitus
p053_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	a	Burnaby, Canada	49.3	123.0	2	30	endurance	swim	sustained	6.0	12.0	59.60	1.40	27	0.12	-2.10	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	63.50	1.90	11.00	0.10	-2.31	cm/s	NA	138	NA	NA	NA	NA	0.11	0.00	NA	NA	NA	NA	-0.24	0.38	NA	NA	NA	NA	-0.34	0.39	Onchorhynchus_mykiss
p054_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella marina	marina	t	w	a	Dumaguete, Phillipines	9.3	123.3	1	8	rest_MR	MR	rest	20.0	30.0	0.07	0.01	6	0.35	-1.05	0.24	0.05	6	0.52	-0.65	0.08	0.02	6	0.46	-0.78	0.14	0.05	6.00	0.87	-0.13	ml/g-0.8/h	sealevel, old name: Bufo marinus	139	1.23	0.06	0.56	0.19	0.69	0.15	1.61	0.40	0.92	0.40	1.61	0.40	0.38	0.46	0.36	0.59	0.92	0.55	Rhinella marina_marina
p054_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Occidozyga	laevis	t	w	a	Lake Balinsusaya	9.3	123.2	1	8	rest_MR	MR	rest	20.0	30.0	0.09	0.02	6	0.41	-0.90	0.15	0.02	6	0.25	-1.37	0.11	0.02	6	0.35	-1.05	0.16	0.02	6.00	0.24	-1.44	ml/g-0.8/h	900 m elevation	140	0.51	0.07	0.37	0.05	0.58	0.07	0.00	0.40	0.00	0.40	0.00	0.40	-0.51	0.47	-0.37	0.45	-0.58	0.47	Occidozyga_laevis
p054_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Fejervarya	cancrivora	f	w	a	Dumaguete, Phillipines	9.3	123.3	1	8	rest_MR	MR	rest	20.0	30.0	0.09	0.02	6	0.54	-0.61	0.19	0.02	6	0.26	-1.36	0.13	0.02	6	0.38	-0.98	0.20	0.03	6.00	0.37	-1.00	ml/g-0.8/h	sealevel, old name: Rana cancrivora	141	0.75	0.06	0.43	0.05	0.80	0.07	0.00	0.40	0.41	0.40	0.41	0.40	-0.75	0.46	-0.03	0.45	-0.39	0.47	Fejervarya_cancrivora
p054_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Hylarana	erythraea	f	w	a	Dumaguete, Phillipines	9.3	123.3	1	8	rest_MR	MR	rest	20.0	30.0	0.07	0.02	6	0.52	-0.64	0.14	0.01	6	0.17	-1.74	0.08	0.02	6	0.49	-0.71	0.20	0.02	6.00	0.18	-1.69	ml/g-0.8/h	sealevel, old name: Rana erythraea	142	0.69	0.09	0.92	0.07	1.05	0.09	-0.69	0.40	0.00	0.40	0.00	0.40	-1.39	0.49	-0.92	0.47	-1.05	0.49	Hylarana_erythraea
p054_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Limnonectes	magnus	f	w	a	Palimpinan, Phillipines	9.3	123.3	1	8	rest_MR	MR	rest	20.0	30.0	0.10	0.02	6	0.52	-0.66	0.18	0.02	6	0.27	-1.30	0.08	0.02	6	0.61	-0.49	0.17	0.02	6.00	0.29	-1.24	ml/g-0.8/h	150 m elevation, old names: Rana magna	143	0.59	0.05	0.75	0.08	0.53	0.05	0.00	0.40	0.00	0.40	0.00	0.40	-0.59	0.45	-0.75	0.48	-0.53	0.45	Limnonectes_magnus
p054_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Taricha	granulosa	t	c	a	Oregon	45.5	-122.9	1	7	rest_MR	MR	rest	5.0	20.0	12.80	2.50	9	0.59	-0.53	59.90	2.60	9	0.13	-2.04	11.10	0.70	9	0.19	-1.67	44.80	1.20	9.00	0.08	-2.52	ul/g/h	NA	144	1.03	0.02	0.93	0.00	0.84	0.02	0.03	0.11	0.36	0.11	-0.49	0.11	-1.00	0.13	-0.57	0.11	-1.32	0.13	Taricha_granulosa
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	5.0	10.0	0.72	0.15	6	0.51	-0.67	1.10	0.15	7	0.36	-1.02	0.85	0.15	7	0.47	-0.76	1.20	1.00	7.00	2.20	0.79	umol/h	NA	145	0.85	0.25	0.69	2.90	1.02	2.95	0.15	1.47	3.79	1.33	3.95	1.47	-0.69	1.71	3.10	4.24	2.93	4.42	Bolitoglossa_subpalmata
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	5.0	15.0	0.72	0.15	6	0.51	-0.67	2.10	0.15	7	0.19	-1.67	0.80	0.15	7	0.50	-0.70	2.40	0.15	6.00	0.15	-1.88	umol/h	NA	146	1.07	0.05	1.10	0.04	1.20	0.05	0.08	0.37	-0.08	0.37	0.00	0.40	-0.99	0.42	-1.18	0.41	-1.20	0.45	Bolitoglossa_subpalmata
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	5.0	20.0	0.72	0.15	6	0.51	-0.67	3.20	0.15	7	0.12	-2.09	0.80	0.15	7	0.50	-0.70	3.20	0.15	7.00	0.12	-2.09	umol/h	NA	147	0.99	0.02	0.92	0.02	0.99	0.02	0.05	0.16	0.00	0.15	0.05	0.16	-0.94	0.18	-0.92	0.16	-0.94	0.18	Bolitoglossa_subpalmata
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	10.0	15.0	1.20	1.00	7	2.20	0.79	2.20	0.15	6	0.17	-1.79	1.60	0.15	7	0.25	-1.39	2.40	0.15	6.00	0.15	-1.88	umol/h	NA	148	1.21	2.80	0.81	0.05	1.39	2.79	-3.95	1.47	-0.15	1.47	-3.95	1.47	-5.16	4.26	-0.97	1.52	-5.33	4.26	Bolitoglossa_subpalmata
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	10.0	20.0	1.20	1.00	7	2.20	0.79	3.50	0.15	5	0.10	-2.35	1.20	0.15	7	0.33	-1.11	3.20	0.15	7.00	0.12	-2.09	umol/h	NA	149	1.07	0.70	0.98	0.02	0.98	0.70	-2.07	0.42	0.00	0.33	-1.90	0.33	-3.14	1.11	-0.98	0.35	-2.88	1.03	Bolitoglossa_subpalmata
p054_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Bolitoglossa	subpalmata	t	w	a	La Georgina, Costa Rica	9.6	-83.8	1	20	rest_MR	MR	rest	15.0	20.0	2.40	0.15	6	0.15	-1.88	2.90	0.15	7	0.14	-1.99	2.40	0.15	4	0.13	-2.08	3.20	0.15	7.00	0.12	-2.09	umol/h	NA	150	0.38	0.03	0.58	0.02	0.58	0.02	0.15	1.47	0.56	2.00	0.15	1.47	-0.22	1.49	-0.02	2.02	-0.42	1.49	Bolitoglossa_subpalmata
p055_o	NA	NA	Chordata	Actinopterygii	Atheriniformes	Melanotaeniidae	Melanotaenia	duboulayi	f	w	a	SE Queensland	27.4	153.7	1	42	sprint	swim	sprint	15.0	25.0	20.50	0.70	40	0.22	-1.53	28.00	0.60	40	0.14	-2.00	21.00	0.50	40	0.15	-1.89	26.00	1.20	40.00	0.29	-1.23	NA	NA	151	0.31	0.00	0.21	0.00	0.24	0.00	-0.15	0.05	0.88	0.05	0.54	0.05	-0.47	0.05	0.66	0.05	0.30	0.05	Melanotaenia_duboulayi
p055_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Atyidae	Paratya	australiensis	f	w	a	SE Queensland	27.4	153.7	1	42	sprint	swim	sprint	15.0	25.0	22.00	1.00	40	0.29	-1.25	32.00	1.00	40	0.20	-1.62	17.50	0.50	40	0.18	-1.71	23.00	0.70	40.00	0.19	-1.65	NA	NA	152	0.37	0.00	0.27	0.00	0.04	0.00	0.00	0.05	0.34	0.05	-0.36	0.05	-0.37	0.05	0.06	0.05	-0.40	0.05	Paratya_australiensis
p055_o	NA	NA	Arthropoda	Insecta	Hemiptera	Notonectidae	Enithares	sp	f	w	a	SE Queensland	27.4	153.7	1	42	sprint	swim	sprint	15.0	25.0	50.00	2.00	80	0.36	-1.03	63.00	3.00	80	0.43	-0.85	52.00	2.00	80	0.34	-1.07	62.00	1.00	80.00	0.14	-1.94	cm/s	NA	153	0.23	0.00	0.18	0.00	0.22	0.00	0.41	0.03	-0.69	0.03	-0.69	0.03	0.17	0.03	-0.87	0.03	-0.91	0.03	Enithares_sp
p056_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Bufo	woodhousii	f	w	a	Denton, Texas	33.2	-97.1	1	21	rest_MR	MR	rest	10.0	15.0	18.90	1.00	40	0.33	-1.09	24.80	2.90	36	0.70	-0.35	18.90	1.80	40	0.60	-0.51	39.50	6.50	36.00	0.99	-0.01	ul/g/h	NA	154	0.54	0.07	1.47	0.14	1.47	0.12	2.02	0.22	2.46	0.22	3.64	0.22	1.48	0.28	0.99	0.36	2.16	0.34	Bufo_woodhousii
p056_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Bufo	woodhousii	f	w	a	Denton, Texas	33.2	-97.1	1	21	rest_MR	MR	rest	10.0	20.0	18.90	1.00	40	0.33	-1.09	60.60	4.40	40	0.46	-0.78	22.50	1.50	40	0.42	-0.86	68.10	7.80	40.00	0.72	-0.32	ul/g/h	NA	155	1.17	0.01	1.11	0.02	1.28	0.02	1.48	0.05	1.65	0.05	2.05	0.05	0.32	0.06	0.54	0.07	0.77	0.07	Bufo_woodhousii
p056_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Bufo	woodhousii	f	w	a	Denton, Texas	33.2	-97.1	1	21	rest_MR	MR	rest	10.0	25.0	18.90	1.00	40	0.33	-1.09	130.80	9.80	36	0.45	-0.80	15.40	0.90	36	0.35	-1.05	39.70	1.80	40.00	0.29	-1.25	ul/g/h	NA	156	1.29	0.00	0.63	0.00	0.49	0.00	1.49	0.02	0.50	0.02	0.39	0.02	0.20	0.03	-0.13	0.03	-0.10	0.02	Bufo_woodhousii
p056_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Bufo	woodhousii	f	w	a	Denton, Texas	33.2	-97.1	1	21	rest_MR	MR	rest	15.0	20.0	39.50	6.50	6	0.40	-0.91	64.60	4.30	36	0.40	-0.92	43.00	4.20	40	0.62	-0.48	68.10	7.80	40.00	0.72	-0.32	ul/g/h	NA	157	0.98	0.13	0.92	0.09	1.09	0.16	0.97	0.91	1.24	0.21	2.26	0.90	-0.02	1.04	0.32	0.30	1.17	1.06	Bufo_woodhousii
p057_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	ochrophaeus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	10.0	16.19	1.34	41	0.53	-0.63	21.88	1.30	21	0.27	-1.30	25.57	2.00	38	0.48	-0.73	29.39	1.80	25.00	0.31	-1.18	ul/g/h	NA	158	0.60	0.04	0.28	0.04	1.19	0.04	-0.73	0.30	-0.63	0.27	0.10	0.27	-1.33	0.34	-0.91	0.31	-1.10	0.31	Desmognathus_ochrophaeus
p057_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	ochrophaeus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	15.0	16.19	1.34	41	0.53	-0.63	44.49	1.20	44	0.18	-1.72	23.98	1.20	45	0.34	-1.09	35.96	1.40	43.00	0.26	-1.37	ul/g/h	NA	159	1.01	0.01	0.41	0.00	0.80	0.01	-0.08	0.05	0.13	0.05	0.07	0.05	-1.09	0.06	-0.27	0.05	-0.73	0.06	Desmognathus_ochrophaeus
p057_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	ochrophaeus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	20.0	16.19	1.34	41	0.53	-0.63	68.10	1.10	31	0.09	-2.41	20.38	1.30	39	0.40	-0.92	55.44	2.00	36.00	0.22	-1.53	ul/g/h	NA	160	0.96	0.00	0.67	0.00	0.82	0.00	-0.22	0.03	0.26	0.02	0.22	0.02	-1.18	0.03	-0.41	0.03	-0.60	0.03	Desmognathus_ochrophaeus
p057_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	ochrophaeus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	10.0	20.0	29.39	1.80	25	0.31	-1.18	72.71	1.50	38	0.13	-2.06	20.20	1.10	32	0.31	-1.18	55.44	2.00	36.00	0.22	-1.53	ul/g/h	NA	161	0.91	0.00	1.01	0.00	0.63	0.01	0.03	0.07	0.66	0.06	0.29	0.07	-0.88	0.07	-0.35	0.07	-0.35	0.08	Desmognathus_ochrophaeus
p057_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	ochrophaeus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	15.0	20.0	35.96	1.40	43	0.26	-1.37	61.24	1.20	33	0.11	-2.18	29.03	0.80	40	0.17	-1.75	55.44	2.00	36.00	0.22	-1.53	ul/g/h	NA	162	1.06	0.01	1.29	0.01	0.87	0.01	-0.57	0.22	1.73	0.22	0.54	0.21	-1.64	0.23	0.43	0.23	-0.33	0.22	Desmognathus_ochrophaeus
p058_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	fuscus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	10.0	16.91	1.37	28	0.43	-0.85	22.49	0.90	28	0.21	-1.55	24.59	1.33	43	0.35	-1.04	31.42	1.50	33.00	0.27	-1.29	ul/g/h	NA	163	0.57	0.03	0.49	0.02	1.24	0.04	-0.84	0.30	-0.02	0.22	0.35	0.27	-1.41	0.33	-0.51	0.24	-0.89	0.31	Desmognathus_fuscus
p058_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	fuscus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	15.0	16.91	1.37	28	0.43	-0.85	33.83	1.61	27	0.25	-1.40	24.66	1.18	43	0.31	-1.16	34.38	1.30	29.00	0.20	-1.59	ul/g/h	NA	164	0.69	0.01	0.33	0.00	0.71	0.01	0.14	0.08	-0.10	0.06	-0.03	0.07	-0.55	0.08	-0.43	0.06	-0.74	0.08	Desmognathus_fuscus
p058_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	fuscus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	5.0	20.0	16.91	1.37	28	0.43	-0.85	57.31	1.30	25	0.11	-2.18	20.79	1.10	28	0.28	-1.27	50.71	1.83	29.00	0.19	-1.64	ul/g/h	NA	165	0.81	0.00	0.59	0.00	0.73	0.00	-0.07	0.03	0.35	0.03	0.20	0.03	-0.89	0.04	-0.24	0.03	-0.53	0.04	Desmognathus_fuscus
p058_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	fuscus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	10.0	20.0	31.42	1.50	33	0.27	-1.29	69.20	1.60	21	0.11	-2.24	22.39	1.10	23	0.24	-1.45	50.71	1.83	29.00	0.19	-1.64	ul/g/h	NA	166	0.79	0.00	0.82	0.00	0.48	0.00	-0.16	0.08	0.62	0.08	0.13	0.07	-0.95	0.08	-0.19	0.08	-0.34	0.07	Desmognathus_fuscus
p058_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Desmognathus	fuscus	t	w	a	NE Ohio	40.5	-82.5	1	21	rest_MR	MR	rest	15.0	20.0	34.38	1.30	29	0.20	-1.59	60.57	2.70	23	0.21	-1.54	22.39	1.50	23	0.32	-1.14	50.71	1.83	29.00	0.19	-1.64	ul/g/h	NA	167	1.13	0.01	1.64	0.02	0.78	0.01	1.23	0.32	0.63	0.32	0.68	0.29	0.10	0.34	-1.01	0.35	-0.09	0.30	Desmognathus_fuscus
p059_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	Humberside, England	53.6	-0.5	1	30	ATPase	Ca ATPase	muscle SR	8.0	20.0	93.00	8.00	5	0.19	-1.65	206.00	27.00	5	0.29	-1.23	58.00	5.00	5	0.19	-1.65	161.00	11.00	5.00	0.15	-1.88	nmol p/mg/min	NA	168	0.66	0.02	0.85	0.01	0.46	0.01	1.01	0.35	0.66	0.35	0.27	0.35	0.35	0.36	-0.19	0.36	-0.19	0.36	Cyprinus_carpio
p060_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Ross Sea, Antarctica	77.8	166.7	1	30	cardiac	cardiac output	rest	-1.0	4.0	22.50	3.00	8	0.38	-0.98	37.00	6.00	8	0.46	-0.78	31.00	3.00	8	0.27	-1.30	24.50	2.00	8.00	0.23	-1.47	mml/min kg	NA	169	0.99	0.18	-0.47	0.06	0.17	0.10	1.39	1.14	-0.81	1.14	-0.81	1.14	0.39	1.32	-0.34	1.21	-0.98	1.24	Pagothenia_borchgrevincki
p060_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Ross Sea, Antarctica	77.8	166.7	1	30	cardiac	cardiac output	max	-1.0	4.0	60.00	10.00	8	0.47	-0.75	60.50	8.00	8	0.37	-0.98	43.00	5.00	8	0.33	-1.11	53.00	7.00	8.00	0.37	-0.98	mml/min kg	NA	170	0.02	0.18	0.42	0.12	-0.25	0.18	-0.45	1.14	0.67	1.14	-0.71	1.14	-0.46	1.32	0.25	1.27	-0.47	1.32	Pagothenia_borchgrevincki
p060_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Ross Sea, Antarctica	77.8	166.7	1	30	cardiac	HR	rest	-1.0	4.0	19.00	1.00	8	0.15	-1.90	34.00	2.00	8	0.17	-1.79	20.50	1.50	8	0.21	-1.58	20.50	4.00	8.00	0.55	-0.59	NA	NA	171	1.16	0.02	0.00	0.17	0.15	0.16	1.39	1.14	1.96	1.14	2.77	1.14	0.22	1.17	1.96	1.32	2.62	1.31	Pagothenia_borchgrevincki
p060_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Ross Sea, Antarctica	77.8	166.7	1	30	cardiac	HR	max	-1.0	4.0	28.00	1.00	8	0.10	-2.29	36.00	1.00	8	0.08	-2.54	29.00	1.00	8	0.10	-2.33	41.50	2.00	8.00	0.14	-1.99	NA	NA	172	0.50	0.01	0.72	0.01	0.79	0.01	0.00	1.14	1.39	1.14	1.39	1.14	-0.50	1.15	0.67	1.16	0.60	1.16	Pagothenia_borchgrevincki
p061_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Cambaridae	Orconectes	virilis	f	c	a	Wisconsin	44.5	-89.5	1	14	metabolic_enzyme	PFK	muscle	5.0	25.0	0.02	0.00	5	0.14	-1.97	0.11	0.00	5	0.02	-3.85	0.01	0.00	5	0.19	-1.68	0.07	0.00	5.00	0.03	-3.49	umole/min/mg	NA	173	0.85	0.00	0.97	0.00	0.63	0.00	NaN	0.12	NaN	0.12	NaN	0.12	NaN	0.12	NaN	0.12	NaN	0.12	Orconectes_virilis
p061_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Cambaridae	Orconectes	virilis	f	c	a	Wisconsin	44.5	-89.5	1	14	metabolic_enzyme	PFK	muscle	5.0	15.0	0.02	0.00	5	0.14	-1.97	0.05	0.00	5	0.04	-3.15	0.02	0.00	5	0.15	-1.90	0.04	0.00	5.00	0.06	-2.86	umole/min/mg	NA	174	0.92	0.00	0.69	0.00	0.69	0.00	NaN	0.50	NaN	0.50	NaN	0.50	NaN	0.50	NaN	0.50	NaN	0.50	Orconectes_virilis
p061_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Cambaridae	Orconectes	virilis	f	c	a	Wisconsin	44.5	-89.5	1	14	metabolic_enzyme	PFK	muscle	15.0	25.0	0.04	0.00	5	0.06	-2.86	0.09	0.00	5	0.02	-3.70	0.04	0.00	5	0.06	-2.78	0.07	0.00	5.00	0.03	-3.49	umole/min/mg	NA	175	0.81	0.00	0.56	0.00	0.56	0.00	NaN	0.50	NaN	0.50	NaN	0.50	NaN	0.50	NaN	0.50	NaN	0.50	Orconectes_virilis
p062_o	NA	NA	Chordata	Amphibia	Anura	Discoglossidae	Discoglossus	pictus	f	w	j	Madrid, Spain	40.4	-3.7	1	30	rest_MR	MR	rest	10.0	29.0	0.10	0.01	5	0.16	-1.80	0.23	0.02	5	0.19	-1.64	0.09	0.01	4	0.16	-1.80	0.23	0.02	4.00	0.18	-1.73	ul/mg/min	NA	176	0.44	0.00	0.49	0.01	0.44	0.00	0.36	0.14	0.36	0.18	0.31	0.16	-0.07	0.14	-0.13	0.19	-0.13	0.17	Discoglossus_pictus
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	COX	muscle, mixed	20.0	29.0	4.20	0.50	8	0.34	-1.09	4.80	0.60	8	0.35	-1.04	4.80	0.80	9	0.50	-0.69	6.20	1.20	9.00	0.58	-0.54	NA	NA	177	0.15	0.04	0.28	0.08	0.43	0.06	0.20	0.35	0.45	0.31	1.04	0.33	0.05	0.39	0.17	0.39	0.61	0.39	Crocodylus_porosus
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	COX	liver	20.0	29.0	14.70	1.10	8	0.21	-1.55	7.50	0.90	8	0.34	-1.08	8.30	1.20	9	0.43	-0.84	9.80	1.20	9.00	0.37	-1.00	NA	NA	178	-0.75	0.02	0.18	0.04	-0.45	0.03	-0.22	0.35	0.00	0.31	0.16	0.33	0.52	0.38	-0.18	0.35	0.61	0.36	Crocodylus_porosus
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	COX	heart	20.0	29.0	7.50	1.00	8	0.38	-0.98	6.90	1.30	8	0.53	-0.63	8.10	0.70	9	0.26	-1.35	10.70	1.20	9.00	0.34	-1.09	NA	NA	179	-0.09	0.07	0.31	0.02	0.39	0.04	0.29	0.35	0.60	0.31	0.27	0.33	0.38	0.42	0.29	0.33	-0.13	0.37	Crocodylus_porosus
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	CS	muscle, mixed	20.0	29.0	2.80	0.50	8	0.51	-0.68	5.20	0.70	8	0.38	-0.97	3.00	0.60	9	0.60	-0.51	8.30	1.40	9.00	0.51	-0.68	NA	NA	180	0.69	0.06	1.13	0.08	1.21	0.07	0.37	0.35	0.94	0.31	1.21	0.33	-0.31	0.41	-0.19	0.39	0.00	0.41	Crocodylus_porosus
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	CS	liver	20.0	29.0	3.00	0.60	8	0.57	-0.57	4.40	0.80	8	0.51	-0.67	2.70	0.50	9	0.56	-0.59	5.60	0.60	9.00	0.32	-1.13	NA	NA	181	0.43	0.09	0.81	0.06	0.69	0.06	0.32	0.35	0.20	0.31	0.07	0.33	-0.11	0.44	-0.61	0.37	-0.63	0.39	Crocodylus_porosus
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	CS	heart	20.0	29.0	9.90	1.30	8	0.37	-0.99	8.10	2.40	8	0.84	-0.18	11.40	0.60	9	0.16	-1.85	16.40	1.40	9.00	0.26	-1.36	NA	NA	182	-0.22	0.13	0.40	0.01	0.56	0.03	0.68	0.35	0.94	0.31	0.15	0.33	0.90	0.48	0.54	0.32	-0.41	0.36	Crocodylus_porosus
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	LDH	muscle, mixed	20.0	29.0	287.70	29.20	8	0.29	-1.25	313.10	37.50	8	0.34	-1.08	214.80	27.50	9	0.38	-0.96	364.70	40.71	9.00	0.33	-1.09	NA	NA	183	0.09	0.03	0.59	0.04	0.26	0.03	0.28	0.35	0.44	0.31	0.43	0.33	0.18	0.38	-0.15	0.34	0.17	0.36	Crocodylus_porosus
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	LDH	liver	20.0	29.0	157.90	16.00	8	0.29	-1.25	264.90	24.50	8	0.26	-1.34	123.80	7.60	9	0.18	-1.69	219.10	25.80	9.00	0.35	-1.04	NA	NA	184	0.57	0.02	0.63	0.02	0.36	0.03	0.47	0.35	1.36	0.31	0.60	0.33	-0.10	0.38	0.72	0.33	0.23	0.36	Crocodylus_porosus
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	metabolic_enzyme	LDH	heart	20.0	29.0	162.20	21.60	8	0.38	-0.98	245.80	25.30	8	0.29	-1.23	117.40	7.50	9	0.19	-1.65	252.00	32.40	9.00	0.39	-0.95	NA	NA	185	0.46	0.03	0.85	0.03	0.49	0.04	0.18	0.35	1.63	0.31	0.52	0.33	-0.29	0.39	0.78	0.33	0.03	0.37	Crocodylus_porosus
p063_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.9	1	33	endurance	swim	sustained	20.0	29.0	1.03	0.02	8	0.05	-2.90	0.68	0.01	8	0.04	-3.18	0.65	0.02	9	0.07	-2.67	1.11	0.01	9.00	0.03	-3.61	NA	NA	186	-0.46	0.00	0.59	0.00	0.08	0.00	-0.77	0.35	-0.77	0.31	-0.70	0.33	-0.31	0.35	-1.36	0.31	-0.79	0.33	Crocodylus_porosus
p064_o	NA	NA	Arthropoda	Malacostraca	Decapoda	Penaeidae	Litopenaeus	vannamei	m	c	a	La Paz, Mexico	24.1	110.3	1	30	rest_MR	MR	rest	20.0	32.0	1.25	NA	20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.81	NA	20.00	NA	NA	NA	NA	187	NA	NA	NA	NA	0.68	NA	NA	NA	NA	NA	NA	0.07	NA	NA	NA	NA	NA	NA	Litopenaeus_vannamei
p065_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	j	_istilfj_r_ur, Iceland	66.6	15.8	1	76	rest_MR	MR	rest	4.0	12.6	19.70	0.99	29	0.27	-1.31	98.16	3.14	30	0.18	-1.74	5.63	0.17	30	0.17	-1.79	14.38	0.46	30.00	0.17	-1.75	NA	NA	188	1.87	0.00	1.09	0.00	-0.37	0.00	1.36	0.09	1.16	0.09	-0.87	0.09	-0.51	0.10	0.07	0.10	-0.51	0.10	Gadus_morhua
p065_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	j	Selvogsbanki, Iceland	63.5	21.5	1	76	rest_MR	MR	rest	4.0	12.6	20.63	2.08	12	0.35	-1.05	57.52	13.45	10	0.74	-0.30	6.88	2.05	30	1.64	0.49	21.57	0.97	30.00	0.25	-1.40	NA	NA	189	1.19	0.09	1.33	0.12	0.05	0.02	2.06	0.27	-0.87	0.09	-0.35	0.17	0.87	0.36	-2.20	0.22	-0.41	0.19	Gadus_morhua
p066_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Sydney, Australia	33.4	151.2	1	28	sprint	swim	sprint	15.0	25.0	20.90	1.60	25	0.38	-0.96	20.64	1.24	25	0.30	-1.20	13.88	0.95	25	0.34	-1.07	19.66	1.08	25.00	0.27	-1.29	NA	NA	190	-0.01	0.01	0.35	0.01	-0.06	0.01	-0.25	0.08	0.13	0.08	-0.39	0.08	-0.24	0.09	-0.22	0.09	-0.33	0.09	Gambusia_holbrooki
p066_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Sydney, Australia	33.4	151.2	1	28	endurance	swim	sustained	15.0	25.0	4.81	0.34	15	0.27	-1.30	6.38	0.57	15	0.35	-1.06	3.87	0.20	15	0.20	-1.61	7.62	0.75	15.00	0.38	-0.96	NA	NA	191	0.28	0.01	0.68	0.01	0.46	0.01	0.52	0.14	1.32	0.14	0.79	0.14	0.23	0.16	0.64	0.16	0.33	0.16	Gambusia_holbrooki
p066_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percichthyidae	Macquaria	novemaculeata	f	c	j	Palmers Island, NSW, Australia	29.4	153.3	1	28	sprint	swim	sprint	15.0	25.0	23.20	1.42	14	0.23	-1.47	26.30	1.70	14	0.24	-1.42	16.22	0.99	14	0.23	-1.48	27.95	1.69	14.00	0.23	-1.49	NA	NA	192	0.13	0.01	0.54	0.01	0.19	0.01	0.18	0.15	0.53	0.15	0.17	0.15	0.05	0.16	-0.01	0.16	-0.01	0.16	Macquaria_novemaculeata
p066_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percichthyidae	Macquaria	novemaculeata	f	c	j	Palmers Island, NSW, Australia	29.4	153.3	1	28	endurance	swim	sustained	15.0	25.0	5.45	0.34	14	0.23	-1.45	6.55	0.21	14	0.12	-2.12	4.47	0.36	14	0.30	-1.20	7.40	0.38	14.00	0.19	-1.65	NA	NA	193	0.18	0.00	0.50	0.01	0.31	0.01	-0.48	0.15	0.05	0.15	0.11	0.15	-0.67	0.16	-0.45	0.16	-0.19	0.16	Macquaria_novemaculeata
p067_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	CS	muscle, axial	8.0	23.0	6.00	0.11	7	0.05	-3.00	9.50	0.19	7	0.05	-2.94	3.60	0.19	7	0.14	-1.97	5.50	0.57	7.00	0.27	-1.30	NA	NA	194	0.31	0.00	0.28	0.01	-0.06	0.00	0.36	0.15	0.73	0.15	1.10	0.15	0.06	0.15	0.45	0.15	1.15	0.15	Gasterosteus_aculeatus
p067_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	CS	muscle, pectoral	8.0	23.0	22.00	0.76	7	0.09	-2.40	34.00	1.89	7	0.15	-1.92	17.00	1.89	7	0.29	-1.22	26.00	1.89	7.00	0.19	-1.65	NA	NA	195	0.29	0.00	0.28	0.01	0.11	0.00	0.61	0.15	0.00	0.15	0.61	0.15	0.32	0.15	-0.28	0.16	0.50	0.15	Gasterosteus_aculeatus
p067_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	LDH	muscle, axial	8.0	23.0	125.00	15.12	7	0.32	-1.14	225.00	22.68	7	0.27	-1.32	90.00	11.34	7	0.33	-1.10	160.00	18.90	7.00	0.31	-1.16	NA	NA	196	0.39	0.01	0.38	0.01	0.16	0.01	0.27	0.15	0.34	0.15	0.15	0.15	-0.12	0.16	-0.04	0.16	-0.02	0.16	Gasterosteus_aculeatus
p067_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	LDH	muscle, pectoral	8.0	23.0	46.00	9.45	7	0.54	-0.61	70.00	9.45	7	0.36	-1.03	23.00	1.89	7	0.22	-1.53	38.00	3.02	7.00	0.21	-1.56	NA	NA	197	0.28	0.03	0.33	0.01	-0.13	0.02	0.00	0.15	0.31	0.15	-0.76	0.15	-0.28	0.18	-0.02	0.15	-0.63	0.17	Gasterosteus_aculeatus
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	COX	duodenum	20.0	30.0	5.48	0.76	9	0.42	-0.88	7.27	1.02	9	0.42	-0.87	3.51	0.45	8	0.36	-1.02	4.50	0.62	8.00	0.39	-0.94	NA	NA	198	0.28	0.04	0.25	0.04	-0.20	0.04	0.29	0.25	0.32	0.29	-0.26	0.27	0.01	0.29	0.07	0.32	-0.07	0.31	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	COX	heart	20.0	30.0	23.66	2.97	9	0.38	-0.98	28.82	3.58	9	0.37	-0.99	27.34	4.79	8	0.50	-0.70	33.52	6.15	8.00	0.52	-0.66	NA	NA	199	0.20	0.03	0.20	0.06	0.35	0.05	0.19	0.25	0.25	0.29	0.67	0.27	-0.01	0.28	0.05	0.35	0.32	0.32	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	COX	liver	20.0	30.0	5.48	0.76	9	0.42	-0.88	7.27	1.02	9	0.42	-0.87	3.51	0.45	8	0.36	-1.02	4.50	0.62	8.00	0.39	-0.94	NA	NA	200	0.28	0.04	0.25	0.04	-0.20	0.04	0.29	0.25	0.32	0.29	-0.26	0.27	0.01	0.29	0.07	0.32	-0.07	0.31	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	COX	muscle, mixed	20.0	30.0	3.76	0.84	9	0.67	-0.39	5.18	0.80	9	0.46	-0.77	2.53	0.49	8	0.55	-0.61	3.06	0.62	8.00	0.57	-0.56	NA	NA	201	0.32	0.07	0.19	0.08	-0.21	0.09	-0.05	0.25	0.24	0.29	-0.36	0.27	-0.37	0.32	0.05	0.36	-0.16	0.36	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	CS	duodenum	20.0	30.0	12.72	1.46	9	0.35	-1.06	16.25	2.65	9	0.49	-0.71	11.57	1.34	8	0.33	-1.12	12.48	1.72	8.00	0.39	-0.94	NA	NA	202	0.24	0.04	0.08	0.03	-0.02	0.03	0.60	0.25	0.25	0.29	0.10	0.27	0.35	0.29	0.17	0.32	0.12	0.30	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	CS	heart	20.0	30.0	32.67	3.16	9	0.29	-1.24	43.64	4.53	9	0.31	-1.17	28.73	4.65	8	0.46	-0.78	39.27	6.20	8.00	0.45	-0.81	NA	NA	203	0.29	0.02	0.31	0.05	0.18	0.03	0.36	0.25	0.29	0.29	0.62	0.27	0.07	0.27	-0.02	0.34	0.43	0.30	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	CS	liver	20.0	30.0	12.72	1.46	9	0.35	-1.06	16.25	2.65	9	0.49	-0.71	11.57	1.34	8	0.33	-1.12	12.48	1.72	8.00	0.39	-0.94	NA	NA	204	0.24	0.04	0.08	0.03	-0.02	0.03	0.60	0.25	0.25	0.29	0.10	0.27	0.35	0.29	0.17	0.32	0.12	0.30	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	CS	muscle, mixed	20.0	30.0	5.30	1.58	9	0.90	-0.11	7.74	1.49	9	0.58	-0.55	3.80	0.58	8	0.43	-0.84	5.21	0.80	8.00	0.43	-0.84	NA	NA	205	0.38	0.13	0.32	0.05	-0.02	0.11	-0.06	0.25	0.32	0.29	-0.74	0.27	-0.44	0.38	0.01	0.33	-0.72	0.38	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	77	metabolic_enzyme	LDH	duodenum	20.0	30.0	54.64	6.22	9	0.34	-1.07	85.54	9.79	9	0.34	-1.07	49.73	10.40	8	0.59	-0.53	62.49	4.45	8.00	0.20	-1.60	NA	NA	206	0.45	0.03	0.23	0.05	0.13	0.02	0.45	0.25	-0.85	0.29	-0.39	0.27	0.01	0.28	-1.08	0.33	-0.53	0.29	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	LDH	heart	20.0	30.0	91.11	14.58	9	0.48	-0.73	158.14	23.20	9	0.44	-0.82	102.45	14.25	8	0.39	-0.93	173.22	23.43	8.00	0.38	-0.96	NA	NA	207	0.55	0.05	0.53	0.04	0.64	0.04	0.46	0.25	0.50	0.29	0.42	0.27	-0.09	0.30	-0.03	0.32	-0.23	0.31	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	LDH	liver	20.0	30.0	54.64	6.22	9	0.34	-1.07	85.54	9.79	9	0.34	-1.07	49.73	10.40	8	0.59	-0.53	62.49	4.45	8.00	0.20	-1.60	NA	NA	208	0.45	0.03	0.23	0.05	0.13	0.02	0.45	0.25	-0.85	0.29	-0.39	0.27	0.01	0.28	-1.08	0.33	-0.53	0.29	Alligator_mississippiensis
p068_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	c	j	Sydney, Australia	33.4	151.2	1	42	metabolic_enzyme	LDH	muscle, mixed	20.0	30.0	398.21	29.32	9	0.22	-1.51	542.50	54.01	9	0.30	-1.21	398.81	52.10	8	0.37	-1.00	438.30	60.36	8.00	0.39	-0.94	NA	NA	209	0.31	0.02	0.09	0.04	0.10	0.02	0.61	0.25	0.15	0.29	0.66	0.27	0.30	0.27	0.05	0.32	0.57	0.29	Alligator_mississippiensis
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	CK	muscle, axial	8.0	23.0	417.00	41.70	10	0.32	-1.15	884.00	86.05	10	0.31	-1.18	538.60	79.40	10	0.47	-0.76	1184.00	127.47	10.00	0.34	-1.08	NA	NA	210	0.50	0.01	0.53	0.01	0.70	0.01	0.48	0.10	0.32	0.10	0.74	0.10	-0.02	0.11	-0.21	0.11	0.05	0.11	Gasterosteus_aculeatus
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	COX	muscle, axial	8.0	23.0	3.87	0.39	10	0.32	-1.15	5.45	0.59	10	0.34	-1.06	4.59	0.47	10	0.32	-1.13	6.79	0.63	10.00	0.29	-1.23	NA	NA	211	0.23	0.01	0.26	0.01	0.37	0.01	0.28	0.10	0.20	0.10	0.32	0.10	0.05	0.11	-0.07	0.11	-0.06	0.11	Gasterosteus_aculeatus
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	CS	muscle, axial	8.0	23.0	6.24	0.62	10	0.32	-1.15	9.59	0.29	10	0.09	-2.36	3.99	0.34	10	0.27	-1.32	6.20	0.50	10.00	0.26	-1.36	NA	NA	212	0.29	0.00	0.29	0.01	0.00	0.01	-0.51	0.10	0.26	0.10	-0.14	0.10	-0.79	0.10	-0.04	0.10	-0.14	0.11	Gasterosteus_aculeatus
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	CS	muscle, pectoral	8.0	23.0	23.03	2.30	10	0.32	-1.15	31.64	0.52	10	0.05	-2.95	19.51	2.22	10	0.36	-1.02	30.12	3.26	10.00	0.34	-1.07	NA	NA	213	0.21	0.00	0.29	0.01	0.18	0.01	-0.99	0.10	0.26	0.10	0.23	0.10	-1.20	0.10	-0.03	0.11	0.05	0.11	Gasterosteus_aculeatus
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	LDH	muscle, axial	8.0	23.0	107.30	10.73	10	0.32	-1.15	191.40	13.50	10	0.22	-1.50	146.70	29.38	10	0.63	-0.46	220.20	36.11	10.00	0.52	-0.66	NA	NA	214	0.39	0.01	0.27	0.03	0.48	0.02	0.15	0.10	0.14	0.10	0.81	0.10	-0.23	0.11	-0.13	0.13	0.33	0.12	Gasterosteus_aculeatus
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	LDH	muscle, pectoral	8.0	23.0	23.30	2.33	10	0.32	-1.15	41.80	0.58	10	0.04	-3.13	24.90	2.78	10	0.35	-1.04	44.30	4.52	10.00	0.32	-1.13	NA	NA	215	0.39	0.00	0.38	0.01	0.43	0.01	-0.93	0.10	0.32	0.10	0.44	0.10	-1.32	0.10	-0.06	0.11	0.01	0.11	Gasterosteus_aculeatus
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	metabolic_enzyme	PFK	muscle, axial	8.0	23.0	0.76	0.08	10	0.32	-1.15	2.10	0.42	10	0.64	-0.45	0.61	0.12	10	0.64	-0.45	0.80	0.17	10.00	0.66	-0.41	NA	NA	216	0.68	0.02	0.18	0.04	0.03	0.02	1.11	0.10	0.23	0.10	0.50	0.10	0.43	0.12	0.05	0.14	0.47	0.12	Gasterosteus_aculeatus
p069_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Triturus	dobrogicus	f	w	a	Fu_loph‡za, Hungary	46.9	19.4	1	70	sprint	run	sprint	15.0	25.0	0.65	0.05	8	0.21	-1.54	0.93	0.12	8	0.38	-0.98	0.65	0.04	8	0.16	-1.83	1.19	0.14	8.00	0.32	-1.13	NA	NA	217	0.36	0.02	0.60	0.02	0.60	0.02	0.88	0.29	1.25	0.29	1.03	0.29	0.52	0.31	0.65	0.30	0.42	0.31	Triturus_dobrogicus
p069_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	j	:isle-Verte, Quebec, Canada	48.0	69.3	1	77	sprint	swim	sprint	8.0	23.0	15.10	0.63	10	0.13	-2.02	22.80	1.17	10	0.16	-1.82	15.40	1.01	10	0.21	-1.57	17.50	1.36	10.00	0.25	-1.40	NA	NA	218	0.27	0.00	0.09	0.00	0.10	0.00	0.41	0.10	0.20	0.10	0.51	0.10	0.14	0.10	0.11	0.10	0.41	0.10	Gasterosteus_aculeatus
p070_o	NA	NA	Mollusca	Gastropoda	Littorinimorpha	Bithyniidae	Bithynia	tentaculata	f	w	a	Hannover, Germany	52.4	9.7	1	35	max_MR	MR	active	12.0	18.0	22.24	1.55	3	0.12	-2.11	23.27	2.08	3	0.15	-1.87	10.29	3.03	3	0.51	-0.67	22.28	3.46	3.00	0.27	-1.31	NA	NA	219	0.08	0.04	1.29	0.31	0.00	0.08	0.49	2.78	0.22	2.78	1.34	2.78	0.41	2.81	-1.07	3.09	1.34	2.86	Bithynia_tentaculata
p070_o	NA	NA	Chordata	Amphibia	Caudata	Salamandridae	Triturus	dobrogicus	f	w	a	Fu_loph‡za, Hungary	46.9	19.4	1	70	sprint	swim	sprint	15.0	25.0	2.91	0.19	8	0.18	-1.72	3.48	0.28	8	0.23	-1.47	3.21	0.12	8	0.11	-2.22	3.46	0.19	8.00	0.15	-1.89	NA	NA	220	0.18	0.01	0.07	0.00	0.17	0.01	0.39	0.29	0.46	0.29	0.00	0.29	0.21	0.30	0.38	0.29	-0.17	0.29	Triturus_dobrogicus
p071_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Montpellier, France	43.6	3.9	1	NA	endurance	swim	sustained	18.0	30.0	13.50	0.10	15	0.03	-3.55	19.70	0.20	15	0.04	-3.24	11.00	0.60	15	0.21	-1.55	22.50	1.00	15.00	0.17	-1.76	NA	NA	221	0.31	0.00	0.60	0.00	0.43	0.00	0.58	0.10	0.43	0.10	1.92	0.10	0.26	0.10	-0.17	0.10	1.49	0.10	Gambusia_holbrooki
p072_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	macrocephalus	m	w	a	Kodiak Is, USA	57.8	152.2	1	48	rest_MR	MR	rest	4.0	11.0	1.19	0.25	8	0.59	-0.52	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.53	0.22	8.00	0.41	-0.90	NA	NA	222	NA	NA	NA	NA	0.36	0.13	NA	NA	NA	NA	-0.18	0.58	NA	NA	NA	NA	-0.54	0.72	Gadus_macrocephalus
p073_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	Newhay, Yorkshire UK	NA	NA	1	21	ATPase	ATPase	muscle	8.0	28.0	0.52	0.05	6	0.24	-1.45	1.55	0.20	6	0.32	-1.15	0.37	0.03	5	0.18	-1.71	1.35	0.20	5.00	0.33	-1.10	umol Pi/mg/min	NA	223	0.55	0.01	0.65	0.01	0.48	0.01	0.69	0.10	0.95	0.12	0.65	0.11	0.15	0.11	0.30	0.13	0.17	0.12	Cyprinus_carpio
p074_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	28	rest_MR	MR	rest	5.0	30.0	2.50	0.50	13	0.72	-0.33	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	24.00	3.00	10.00	0.40	-0.93	NA	NA	224	NA	NA	NA	NA	0.90	0.01	NA	NA	NA	NA	0.66	0.03	NA	NA	NA	NA	-0.24	0.04	Fundulus_heteroclitus macrolepidotus
p074_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus macrolepidotus	m	w	a	Hampton, NH, USA	42.9	70.8	1	28	max_MR	MR	max	5.0	30.0	7.50	1.00	13	0.48	-0.73	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	44.00	4.00	10.00	0.29	-1.25	NA	NA	225	NA	NA	NA	NA	0.71	0.00	NA	NA	NA	NA	0.50	0.03	NA	NA	NA	NA	-0.21	0.04	Fundulus_heteroclitus macrolepidotus
p074_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Morehead City, NC, USA	34.7	76.8	1	28	rest_MR	MR	rest	5.0	30.0	1.50	0.50	6	0.82	-0.20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	23.00	2.50	6.00	0.27	-1.32	NA	NA	226	NA	NA	NA	NA	1.09	0.02	NA	NA	NA	NA	0.64	0.06	NA	NA	NA	NA	-0.45	0.08	Fundulus_heteroclitus heteroclitus
p074_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus heteroclitus	m	w	a	Morehead City, NC, USA	34.7	76.8	1	28	rest_MR	MR	max	5.0	30.0	5.00	1.00	6	0.49	-0.71	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	37.50	5.00	6.00	0.33	-1.12	NA	NA	227	NA	NA	NA	NA	0.81	0.01	NA	NA	NA	NA	0.64	0.06	NA	NA	NA	NA	-0.16	0.07	Fundulus_heteroclitus heteroclitus
p075_o	NA	NA	Chordata	Reptilia	Testudines	Cheloniidae	Caretta	caretta	m	w	a	Tyrhennian Sea, Italy	50.9	14.8	2	NA	rest_MR	MR	rest	15.7	25.4	0.82	0.26	9	0.95	-0.05	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.31	1.62	9.00	1.13	0.12	NA	NA	228	NA	NA	NA	NA	1.71	0.26	NA	NA	NA	NA	1.89	0.27	NA	NA	NA	NA	0.18	0.52	Caretta_caretta
p076_o	NA	NA	Chordata	Agnatha	Petromyzontiformes	Petromyzontidae	Petromyzon	marinus	m	w	j	Lake Ontario, Canada	43.7	-77.9	1	30	rest_MR	MR	rest	10.0	20.0	0.06	NA	6	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.06	NA	6.00	NA	NA	mg/g-1/h	NA	229	NA	NA	NA	NA	0.00	NA	NA	NA	NA	NA	NA	0.40	NA	NA	NA	NA	NA	NA	Petromyzon_marinus
p076_o	NA	NA	Chordata	Agnatha	Petromyzontiformes	Petromyzontidae	Petromyzon	marinus	m	w	j	Lake Ontario, Canada	43.7	-77.9	1	30	endurance	Swim	Ucrit	10.0	20.0	1.02	0.03	6	0.08	-2.57	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.43	0.86	6.00	1.47	0.39	BL/s	NA	230	NA	NA	NA	NA	0.34	0.36	NA	NA	NA	NA	3.36	0.40	NA	NA	NA	NA	3.02	0.76	Petromyzon_marinus
p077_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	vergatipes	f	w	a	Burlington, New Jersey	40.1	-74.8	1	6	rest_MR	MR	rest	5.0	15.0	0.02	0.00	24	0.86	-0.15	0.04	0.01	24	0.70	-0.36	0.02	0.00	24	0.41	-0.90	0.05	0.00	24.00	0.39	-0.94	cm3/g/h	NA	231	0.69	0.06	0.92	0.00	0.92	0.00	Inf	0.09	NaN	0.09	NaN	0.09	Inf	0.15	NaN	0.09	NaN	0.09	Rana_vergatipes
p077_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	vergatipes	f	w	a	Burlington, New Jersey	40.1	-74.8	1	6	rest_MR	MR	rest	5.0	25.0	0.02	0.00	24	0.86	-0.15	0.07	0.01	24	0.41	-0.90	0.02	0.00	24	0.49	-0.71	0.15	0.01	24.00	0.34	-1.09	cm3/g/h	NA	232	0.63	0.01	1.01	0.00	1.01	0.00	Inf	0.02	Inf	0.02	Inf	0.02	Inf	0.03	Inf	0.02	Inf	0.02	Rana_vergatipes
p077_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	vergatipes	f	w	a	Burlington, New Jersey	40.1	-74.8	1	6	rest_MR	MR	rest	15.0	25.0	0.05	0.00	24	0.39	-0.94	0.08	0.01	24	0.50	-0.69	0.04	0.00	24	0.49	-0.71	0.15	0.01	24.00	0.34	-1.09	cm3/g/h	NA	233	0.47	0.02	1.32	0.00	1.10	0.00	Inf	0.09	Inf	0.09	Inf	0.09	Inf	0.10	Inf	0.09	Inf	0.09	Rana_vergatipes
p078_o	NA	NA	Annelida	Polychaeta	Spionida	Spionidae	Marenzelleria	viridis	m	w	j	Chester River MD, USA	39.0	76.2	2	NA	sprint	swim	sprint	5.0	25.0	5.40	0.25	6	0.11	-2.18	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.80	0.25	6.00	0.08	-2.54	NA	NA	234	NA	NA	NA	NA	0.18	0.00	NA	NA	NA	NA	0.00	0.10	NA	NA	NA	NA	-0.18	0.10	Marenzelleria_viridis
p079_o	NA	NA	Chordata	Actinopterygii	Perciformes	Sparidae	Sparus	aurata	m	c	a	Atmella de MAr, Tarragone, Spain	40.9	48.2	1	21	rest_MR	MR	rest	8.0	12.0	4.00	0.19	7	0.13	-2.07	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.56	0.24	6.00	0.11	-2.25	NA	NA	235	NA	NA	NA	NA	0.82	0.03	NA	NA	NA	NA	0.39	2.29	NA	NA	NA	NA	-0.43	2.32	Sparus_aurata
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Asko	58.2	16.0	2	NA	rest_MR	MR	rest	3.0	17.0	7.82	0.78	4	0.20	-1.61	40.64	4.06	4	0.20	-1.61	3.13	0.31	4	0.20	-1.61	23.45	2.34	4.00	0.20	-1.61	it was Mytilus spp and changed	NA	236	1.18	0.01	1.44	0.01	0.78	0.01	1.18	0.34	1.44	0.34	0.78	0.34	0.00	0.35	0.01	0.35	0.00	0.35	Mytilus_edulis
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Gulf of Gdansk, Poland	55.2	18.9	2	NA	rest_MR	MR	rest	3.0	17.0	4.69	0.47	4	0.20	-1.61	328.26	32.83	4	0.20	-1.61	1.56	0.16	4	0.20	-1.61	15.63	1.56	4.00	0.20	-1.61	it was Mytilus spp and changed	NA	237	3.03	0.01	1.65	0.01	0.86	0.01	3.03	0.34	1.63	0.34	0.86	0.34	0.00	0.35	-0.02	0.35	0.00	0.35	Mytilus_edulis
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Mecklenburg Bight, Germany	55.5	11.7	2	NA	rest_MR	MR	rest	3.0	17.0	7.82	0.78	4	0.20	-1.61	26.57	2.66	4	0.20	-1.61	12.51	1.25	4	0.20	-1.61	40.64	4.06	4.00	0.20	-1.61	it was Mytilus spp and changed	NA	238	0.87	0.01	0.84	0.01	1.18	0.01	0.88	0.34	0.84	0.34	1.18	0.34	0.00	0.35	0.00	0.35	0.00	0.35	Mytilus_edulis
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Grevelingenmeer	51.2	4.2	2	NA	rest_MR	MR	rest	10.0	17.0	18.76	1.88	4	0.20	-1.61	20.32	2.03	4	0.20	-1.61	3.13	0.31	4	0.20	-1.61	17.19	1.72	4.00	0.20	-1.61	it was Mytilus spp and changed	NA	239	0.11	0.04	2.43	0.04	-0.12	0.04	0.11	1.36	2.45	1.36	-0.13	1.36	0.00	1.40	0.01	1.40	0.00	1.40	Mytilus_edulis
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Westerschelde estuary	51.2	3.7	2	NA	rest_MR	MR	rest	10.0	17.0	9.38	0.94	4	0.20	-1.61	21.88	2.19	4	0.20	-1.61	2.50	0.25	4	0.20	-1.61	17.19	1.72	4.00	0.20	-1.61	it was Mytilus spp and changed	NA	240	1.21	0.04	2.75	0.04	0.87	0.04	1.21	1.36	2.76	1.36	0.86	1.36	0.00	1.40	0.00	1.40	0.00	1.40	Mytilus_edulis
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Pointe d’Aiguillon	46.3	18.1	2	NA	rest_MR	MR	rest	10.0	17.0	25.64	2.56	4	0.20	-1.61	37.52	3.75	4	0.20	-1.61	10.94	1.09	4	0.20	-1.61	39.08	3.91	4.00	0.20	-1.61	it was Mytilus spp and changed	NA	241	0.54	0.04	1.82	0.04	0.60	0.04	0.55	1.36	1.82	1.36	0.61	1.36	0.00	1.40	0.01	1.40	0.00	1.40	Mytilus_edulis
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Bidasoa estuary	43.6	1.8	2	NA	rest_MR	MR	rest	10.0	17.0	7.82	0.78	4	0.20	-1.61	6.88	0.69	4	0.20	-1.61	7.82	0.78	4	0.20	-1.61	20.32	2.03	4.00	0.20	-1.61	it was Mytilus spp and changed	NA	242	-0.18	0.04	1.36	0.04	1.36	0.04	-0.18	1.36	1.37	1.36	1.37	1.36	0.01	1.40	0.00	1.40	0.00	1.40	Mytilus_edulis
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Marseille	43.1	5.3	2	NA	rest_MR	MR	rest	14.0	24.0	26.57	2.66	4	0.20	-1.61	64.09	6.41	4	0.20	-1.61	23.45	2.34	4	0.20	-1.61	40.64	4.06	4.00	0.20	-1.61	it was Mytilus spp and changed	NA	243	0.88	0.02	0.55	0.02	0.42	0.02	0.88	0.67	0.55	0.67	0.42	0.67	0.00	0.69	0.00	0.69	0.00	0.69	Mytilus_edulis
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Golfo di Oristano	39.2	8.5	2	NA	rest_MR	MR	rest	14.0	24.0	25.01	2.50	4	0.20	-1.61	31.89	3.19	4	0.20	-1.61	42.20	4.22	4	0.20	-1.61	37.52	3.75	4.00	0.20	-1.61	it was Mytilus spp and changed	NA	244	0.24	0.02	-0.12	0.02	0.41	0.02	0.24	0.67	-0.12	0.67	0.41	0.67	0.00	0.69	0.00	0.69	0.00	0.69	Mytilus_edulis
p080_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	w	a	Santa Giusta lagoon	39.1	8.6	2	NA	rest_MR	MR	rest	14.0	24.0	26.57	2.66	4	0.20	-1.61	31.26	3.13	4	0.20	-1.61	20.32	2.03	4	0.20	-1.61	17.19	1.72	4.00	0.20	-1.61	it was Mytilus spp and changed	NA	245	0.16	0.02	-0.17	0.02	-0.44	0.02	0.16	0.67	-0.17	0.67	-0.44	0.67	0.00	0.69	0.00	0.69	0.00	0.69	Mytilus_edulis
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Umea	63.2	20.2	2	NA	rest_MR	MR	rest	3.0	17.0	9.38	0.94	4	0.20	-1.61	23.45	2.34	4	0.20	-1.61	10.94	1.09	4	0.20	-1.61	26.57	2.66	4.00	0.20	-1.61	it was Macoma balthica	NA	246	0.65	0.01	0.63	0.01	0.74	0.01	0.65	0.34	0.64	0.34	0.74	0.34	0.00	0.35	0.00	0.35	0.00	0.35	Limecola_balthica
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Asko	58.2	16.0	2	NA	rest_MR	MR	rest	3.0	17.0	6.25	0.63	4	0.20	-1.61	24.38	2.44	4	0.20	-1.61	7.19	0.72	4	0.20	-1.61	15.63	1.56	4.00	0.20	-1.61	it was Macoma balthica	NA	247	0.97	0.01	0.55	0.01	0.65	0.01	0.97	0.34	0.55	0.34	0.65	0.34	-0.01	0.35	0.00	0.35	-0.01	0.35	Limecola_balthica
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Gulf of Gdansk, Poland	55.2	18.9	2	NA	rest_MR	MR	rest	3.0	17.0	6.25	0.63	4	0.20	-1.61	31.26	3.13	4	0.20	-1.61	6.25	0.63	4	0.20	-1.61	25.01	2.50	4.00	0.20	-1.61	it was Macoma balthica	NA	248	1.15	0.01	0.99	0.01	0.99	0.01	1.15	0.34	0.98	0.34	0.98	0.34	0.00	0.35	-0.01	0.35	-0.01	0.35	Limecola_balthica
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Mecklenburg Bight, Germany	55.5	11.7	2	NA	rest_MR	MR	rest	3.0	17.0	7.82	0.78	4	0.20	-1.61	21.88	2.19	4	0.20	-1.61	3.75	0.38	4	0.20	-1.61	29.70	2.97	4.00	0.20	-1.61	it was Macoma balthica	NA	249	0.73	0.01	1.48	0.01	0.95	0.01	0.74	0.34	1.47	0.34	0.96	0.34	0.00	0.35	-0.01	0.35	0.00	0.35	Limecola_balthica
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Westerschelde estuary	51.2	3.7	2	NA	rest_MR	MR	rest	10.0	17.0	25.01	2.50	4	0.20	-1.61	28.14	2.81	4	0.20	-1.61	10.94	1.09	4	0.20	-1.61	26.57	2.66	4.00	0.20	-1.61	it was Macoma balthica	NA	250	0.17	0.04	1.27	0.04	0.09	0.04	0.17	1.36	1.27	1.36	0.09	1.36	0.00	1.40	0.01	1.40	0.00	1.40	Limecola_balthica
p080_o	NA	NA	Mollusca	Bivalvia	Veneroida	Tellinidae	Limecola	balthica	m	w	a	Pointe d’Aiguillon	46.3	18.1	2	NA	rest_MR	MR	rest	10.0	17.0	4.69	0.47	4	0.20	-1.61	25.01	2.50	4	0.20	-1.61	4.69	0.47	4	0.20	-1.61	31.26	3.13	4.00	0.20	-1.61	it was Macoma balthica	NA	251	2.39	0.04	2.71	0.04	2.71	0.04	2.39	1.36	2.71	1.36	2.71	1.36	0.00	1.40	0.00	1.40	0.00	1.40	Limecola_balthica
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	atripectoralis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	63.15	9.47	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	75.34	11.30	5.00	0.34	-1.09	NA	NA	252	NA	NA	NA	NA	0.59	0.50	NA	NA	NA	NA	0.59	5.56	NA	NA	NA	NA	0.00	6.06	Chromis_atripectoralis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	atripectoralis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	9.07	0.73	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.69	0.78	5.00	0.18	-1.72	NA	NA	253	NA	NA	NA	NA	0.22	0.14	NA	NA	NA	NA	0.22	5.56	NA	NA	NA	NA	0.00	5.70	Chromis_atripectoralis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	ternatensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	46.58	6.99	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	45.02	6.75	5.00	0.34	-1.09	NA	NA	254	NA	NA	NA	NA	-0.11	0.50	NA	NA	NA	NA	-0.12	5.56	NA	NA	NA	NA	0.00	6.06	Chromis_ternatensis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	ternatensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	5.63	0.45	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.88	0.55	5.00	0.18	-1.72	NA	NA	255	NA	NA	NA	NA	0.67	0.14	NA	NA	NA	NA	0.67	5.56	NA	NA	NA	NA	0.00	5.70	Chromis_ternatensis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	aruanus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	52.83	7.93	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	58.15	8.72	5.00	0.34	-1.09	NA	NA	256	NA	NA	NA	NA	0.32	0.50	NA	NA	NA	NA	0.32	5.56	NA	NA	NA	NA	0.00	6.06	Dascyllus_aruanus
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	aruanus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	6.88	0.55	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	8.13	0.65	5.00	0.18	-1.72	NA	NA	257	NA	NA	NA	NA	0.56	0.14	NA	NA	NA	NA	0.56	5.56	NA	NA	NA	NA	0.00	5.70	Dascyllus_aruanus
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	reticulatus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	65.34	9.80	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	37.20	5.58	5.00	0.34	-1.09	NA	NA	258	NA	NA	NA	NA	-1.88	0.50	NA	NA	NA	NA	-1.88	5.56	NA	NA	NA	NA	0.00	6.06	Dascyllus_reticulatus
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	reticulatus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	7.82	0.63	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.82	0.63	5.00	0.18	-1.72	NA	NA	259	NA	NA	NA	NA	0.00	0.14	NA	NA	NA	NA	0.00	5.56	NA	NA	NA	NA	0.00	5.70	Dascyllus_reticulatus
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	azysron	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	41.27	6.19	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	33.76	5.06	5.00	0.34	-1.09	NA	NA	260	NA	NA	NA	NA	-0.67	0.50	NA	NA	NA	NA	-0.67	5.56	NA	NA	NA	NA	0.00	6.06	Neopomacentrus_azysron
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	azysron	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	7.82	0.63	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.82	0.63	5.00	0.18	-1.72	NA	NA	261	NA	NA	NA	NA	0.00	0.14	NA	NA	NA	NA	0.00	5.56	NA	NA	NA	NA	0.00	5.70	Neopomacentrus_azysron
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	bankieri	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	52.21	7.83	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	57.52	8.63	5.00	0.34	-1.09	NA	NA	262	NA	NA	NA	NA	0.32	0.50	NA	NA	NA	NA	0.32	5.56	NA	NA	NA	NA	0.00	6.06	Neopomacentrus_bankieri
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	bankieri	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	6.88	0.55	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	8.44	0.68	5.00	0.18	-1.72	NA	NA	263	NA	NA	NA	NA	0.68	0.14	NA	NA	NA	NA	0.71	5.56	NA	NA	NA	NA	0.03	5.70	Neopomacentrus_bankieri
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	cyanomos	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	39.08	5.86	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	29.70	4.45	5.00	0.34	-1.09	NA	NA	264	NA	NA	NA	NA	-0.91	0.50	NA	NA	NA	NA	-0.92	5.56	NA	NA	NA	NA	0.00	6.05	Neopomacentrus_cyanomos
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	cyanomos	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	4.69	0.38	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	8.13	0.65	5.00	0.18	-1.72	NA	NA	265	NA	NA	NA	NA	1.83	0.14	NA	NA	NA	NA	1.79	5.56	NA	NA	NA	NA	-0.04	5.70	Neopomacentrus_cyanomos
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	coelestis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	70.97	10.64	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	66.28	9.94	5.00	0.34	-1.09	NA	NA	266	NA	NA	NA	NA	-0.23	0.50	NA	NA	NA	NA	-0.23	5.56	NA	NA	NA	NA	0.00	6.06	Pomacentrus_coelestis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	coelestis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	8.13	0.65	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	11.57	0.93	5.00	0.18	-1.72	NA	NA	267	NA	NA	NA	NA	1.18	0.14	NA	NA	NA	NA	1.19	5.56	NA	NA	NA	NA	0.02	5.70	Pomacentrus_coelestis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	lepidogenys	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	22.82	3.42	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	23.13	3.47	5.00	0.34	-1.09	NA	NA	268	NA	NA	NA	NA	0.04	0.50	NA	NA	NA	NA	0.05	5.56	NA	NA	NA	NA	0.00	6.06	Pomacentrus_lepidogenys
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	lepidogenys	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	4.38	0.35	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.63	0.45	5.00	0.18	-1.72	NA	NA	269	NA	NA	NA	NA	0.84	0.14	NA	NA	NA	NA	0.84	5.56	NA	NA	NA	NA	0.00	5.70	Pomacentrus_lepidogenys
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	moluccensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	max_MR	MR	max	29.0	32.0	36.58	5.49	5	0.34	-1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	31.89	4.78	5.00	0.34	-1.09	NA	NA	270	NA	NA	NA	NA	-0.46	0.50	NA	NA	NA	NA	-0.46	5.56	NA	NA	NA	NA	0.00	6.06	Pomacentrus_moluccensis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	moluccensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	rest_MR	MR	rest	29.0	32.0	7.19	0.58	5	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.82	0.63	5.00	0.18	-1.72	NA	NA	271	NA	NA	NA	NA	0.28	0.14	NA	NA	NA	NA	0.28	5.56	NA	NA	NA	NA	0.00	5.70	Pomacentrus_moluccensis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	atripectoralis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	9.75	0.98	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.06	0.91	5.00	0.22	-1.50	NA	NA	272	NA	NA	NA	NA	-0.24	0.22	NA	NA	NA	NA	-0.25	5.56	NA	NA	NA	NA	0.00	5.78	Chromis_atripectoralis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Chromis	ternatensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	7.07	0.71	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.28	0.63	5.00	0.22	-1.50	NA	NA	273	NA	NA	NA	NA	-0.39	0.22	NA	NA	NA	NA	-0.40	5.56	NA	NA	NA	NA	0.00	5.78	Chromis_ternatensis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	aruanus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	7.77	0.78	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.23	0.72	5.00	0.22	-1.50	NA	NA	274	NA	NA	NA	NA	-0.24	0.22	NA	NA	NA	NA	-0.27	5.56	NA	NA	NA	NA	-0.03	5.78	Dascyllus_aruanus
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Dascyllus	reticulatus	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	9.35	0.94	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.74	0.67	5.00	0.22	-1.50	NA	NA	275	NA	NA	NA	NA	-1.09	0.22	NA	NA	NA	NA	-1.13	5.56	NA	NA	NA	NA	-0.04	5.78	Dascyllus_reticulatus
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	azysron	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	6.12	0.61	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.71	0.67	5.00	0.22	-1.50	NA	NA	276	NA	NA	NA	NA	0.31	0.22	NA	NA	NA	NA	0.31	5.56	NA	NA	NA	NA	0.01	5.78	Neopomacentrus_azysron
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	bankieri	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	7.65	0.77	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.85	0.69	5.00	0.22	-1.50	NA	NA	277	NA	NA	NA	NA	-0.37	0.23	NA	NA	NA	NA	-0.37	5.56	NA	NA	NA	NA	0.00	5.78	Neopomacentrus_bankieri
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Neopomacentrus	cyanomos	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	6.59	0.66	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.02	0.50	5.00	0.22	-1.50	NA	NA	278	NA	NA	NA	NA	-0.91	0.22	NA	NA	NA	NA	-0.93	5.56	NA	NA	NA	NA	-0.02	5.78	Neopomacentrus_cyanomos
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	coelestis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	9.12	0.91	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.46	0.65	5.00	0.22	-1.50	NA	NA	279	NA	NA	NA	NA	-1.15	0.22	NA	NA	NA	NA	-1.12	5.56	NA	NA	NA	NA	0.03	5.78	Pomacentrus_coelestis
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	lepidogenys	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	5.34	0.53	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.20	0.42	5.00	0.22	-1.50	NA	NA	280	NA	NA	NA	NA	-0.80	0.22	NA	NA	NA	NA	-0.78	5.56	NA	NA	NA	NA	0.03	5.78	Pomacentrus_lepidogenys
p081_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	moluccensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	21	endurance	swim	sustained	29.0	32.0	5.64	0.56	5	0.22	-1.50	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.52	0.55	5.00	0.22	-1.50	NA	NA	281	NA	NA	NA	NA	-0.07	0.22	NA	NA	NA	NA	-0.06	5.56	NA	NA	NA	NA	0.01	5.78	Pomacentrus_moluccensis
p082_o	NA	NA	Chordata	Reptilia	Squamata	Viperidae	Vipera	berus	t	w	a	Jutland, Denmark	57.0	9.9	1	90	rest_MR	MR	rest	5.0	25.0	10.00	0.40	30	0.22	-1.52	95.00	1.20	30	0.07	-2.67	22.00	1.20	30	0.30	-1.21	92.00	0.08	30.00	0.00	-5.35	ul/g/h	NA	282	1.13	0.00	0.72	0.00	1.11	0.00	0.55	0.02	-1.35	0.02	-0.80	0.02	-0.58	0.02	-2.07	0.02	-1.91	0.02	Vipera_berus
p083_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Ontario,CA, USA	NA	NA	1	30	ATPase	Myofib ATPase	NA	10.0	35.0	0.30	0.04	8	0.38	-0.98	0.68	0.10	8	0.42	-0.88	0.06	0.01	8	0.47	-0.75	0.57	0.06	8.00	0.30	-1.21	umolP/mg/min	NA	283	0.33	0.01	0.90	0.01	0.26	0.00	0.37	0.05	0.72	0.05	0.16	0.05	0.04	0.05	-0.18	0.05	-0.09	0.05	Carassius_auratus
p083_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinodontidae	Fundulus	heteroclitus	m	c	a	Woods Hole, MA USA	NA	NA	1	30	ATPase	Myofib ATPase	NA	10.0	35.0	0.31	0.02	8	0.18	-1.70	0.70	0.05	8	0.20	-1.60	0.23	0.03	8	0.37	-1.00	0.56	0.04	8.00	0.20	-1.60	umolP/mg/min	NA	284	0.33	0.00	0.36	0.00	0.24	0.00	0.37	0.05	0.12	0.05	0.28	0.05	0.04	0.05	-0.24	0.05	0.04	0.05	Fundulus_heteroclitus
p083_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Ontario,CA, USA	NA	NA	1	30	sprint	swim	sprint	10.0	35.0	0.90	0.07	10	0.25	-1.40	NA	NA	NA	NA	NA	0.20	0.08	10	1.26	0.24	1.00	0.02	10.00	0.06	-2.76	m/s	NA	285	NA	NA	0.64	0.03	0.04	0.00	NA	NA	-0.55	0.04	-0.50	0.04	NA	NA	-1.20	0.06	-0.54	0.04	Carassius_auratus
p083_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinodontidae	Fundulus	heteroclitus	m	c	a	Woods Hole, MA USA	NA	NA	1	30	sprint	Swim	sprint	10.0	35.0	0.95	0.10	10	0.33	-1.10	NA	NA	NA	NA	NA	0.67	0.02	10	0.09	-2.36	0.98	0.10	10.00	0.32	-1.13	m/s	NA	286	NA	NA	0.15	0.00	0.01	0.00	NA	NA	0.64	0.04	0.00	0.04	NA	NA	0.49	0.04	-0.01	0.04	Fundulus_heteroclitus
p084_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	macrocephalus	m	c	a	More og Romsdal, Norway	62.5	7.2	1	56	metabolic_enzyme	LDH	muscle, white	6.0	14.0	162.20	5.00	36	0.18	-1.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	275.90	6.40	54.00	0.17	-1.77	NA	NA	287	NA	NA	NA	NA	0.66	0.00	NA	NA	NA	NA	0.56	0.07	NA	NA	NA	NA	-0.10	0.08	Gadus_macrocephalus
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	muscle	18.0	38.0	8.53	0.66	9	0.23	-1.46	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	14.77	0.98	9.00	0.20	-1.61	umol/mg/h	NA	288	NA	NA	NA	NA	0.27	0.00	NA	NA	NA	NA	0.20	0.06	NA	NA	NA	NA	-0.08	0.07	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	heart	18.0	38.0	10.56	0.79	9	0.22	-1.49	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	16.81	1.25	9.00	0.22	-1.50	umol/mg/h	NA	289	NA	NA	NA	NA	0.23	0.00	NA	NA	NA	NA	0.23	0.06	NA	NA	NA	NA	0.00	0.07	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	muscle	18.0	28.0	8.53	0.66	9	0.23	-1.46	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	11.57	1.03	9.00	0.27	-1.32	umol/mg/h	NA	290	NA	NA	NA	NA	0.30	0.01	NA	NA	NA	NA	0.45	0.25	NA	NA	NA	NA	0.14	0.26	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	heart	18.0	28.0	10.56	0.79	9	0.22	-1.49	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	12.85	1.08	9.00	0.25	-1.38	umol/mg/h	NA	291	NA	NA	NA	NA	0.20	0.01	NA	NA	NA	NA	0.31	0.25	NA	NA	NA	NA	0.12	0.26	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	muscle	28.0	38.0	11.57	1.03	9	0.27	-1.32	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	14.77	0.98	9.00	0.20	-1.61	umol/mg/h	NA	292	NA	NA	NA	NA	0.24	0.01	NA	NA	NA	NA	-0.05	0.25	NA	NA	NA	NA	-0.29	0.26	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	CCO	heart	28.0	38.0	12.85	1.08	9	0.25	-1.38	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	16.81	1.25	9.00	0.22	-1.50	umol/mg/h	NA	293	NA	NA	NA	NA	0.27	0.01	NA	NA	NA	NA	0.15	0.25	NA	NA	NA	NA	-0.12	0.26	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	muscle	18.0	38.0	2.95	0.11	9	0.11	-2.19	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.16	0.10	9.00	0.14	-1.97	umol/mg/h	NA	294	NA	NA	NA	NA	-0.16	0.00	NA	NA	NA	NA	-0.05	0.06	NA	NA	NA	NA	0.11	0.06	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	heart	18.0	38.0	3.43	0.18	9	0.16	-1.85	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.14	0.21	9.00	0.20	-1.61	umol/mg/h	NA	295	NA	NA	NA	NA	-0.04	0.00	NA	NA	NA	NA	0.08	0.06	NA	NA	NA	NA	0.12	0.06	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	muscle	18.0	28.0	2.95	0.11	9	0.11	-2.19	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.93	0.10	9.00	0.16	-1.86	umol/mg/h	NA	296	NA	NA	NA	NA	-0.42	0.00	NA	NA	NA	NA	-0.10	0.25	NA	NA	NA	NA	0.33	0.25	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	heart	18.0	28.0	3.43	0.18	9	0.16	-1.85	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.87	0.13	9.00	0.14	-2.00	umol/mg/h	NA	297	NA	NA	NA	NA	-0.18	0.00	NA	NA	NA	NA	-0.33	0.25	NA	NA	NA	NA	-0.15	0.25	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	muscle	28.0	38.0	1.93	0.10	9	0.16	-1.86	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.16	0.10	9.00	0.14	-1.97	umol/mg/h	NA	298	NA	NA	NA	NA	0.11	0.00	NA	NA	NA	NA	0.00	0.25	NA	NA	NA	NA	-0.11	0.25	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	LDH	heart	28.0	38.0	2.87	0.13	9	0.14	-2.00	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.14	0.21	9.00	0.20	-1.61	umol/mg/h	NA	299	NA	NA	NA	NA	0.09	0.01	NA	NA	NA	NA	0.48	0.25	NA	NA	NA	NA	0.39	0.26	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	muscle	18.0	38.0	2.78	0.18	9	0.19	-1.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.85	0.28	9.00	0.22	-1.52	umol/mg/h	NA	300	NA	NA	NA	NA	0.16	0.00	NA	NA	NA	NA	0.22	0.06	NA	NA	NA	NA	0.06	0.06	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	heart	18.0	38.0	2.95	0.19	9	0.19	-1.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.96	0.35	9.00	0.21	-1.55	umol/mg/h	NA	301	NA	NA	NA	NA	0.26	0.00	NA	NA	NA	NA	0.31	0.06	NA	NA	NA	NA	0.05	0.06	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	muscle	18.0	28.0	2.78	0.18	9	0.19	-1.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.43	0.25	9.00	0.22	-1.52	umol/mg/h	NA	302	NA	NA	NA	NA	0.21	0.01	NA	NA	NA	NA	0.33	0.25	NA	NA	NA	NA	0.12	0.26	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	heart	18.0	28.0	2.95	0.19	9	0.19	-1.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.82	0.26	9.00	0.20	-1.59	umol/mg/h	NA	303	NA	NA	NA	NA	0.26	0.01	NA	NA	NA	NA	0.31	0.25	NA	NA	NA	NA	0.06	0.26	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	muscle	28.0	38.0	3.43	0.25	9	0.22	-1.52	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.85	0.28	9.00	0.22	-1.52	umol/mg/h	NA	304	NA	NA	NA	NA	0.12	0.01	NA	NA	NA	NA	0.11	0.25	NA	NA	NA	NA	0.00	0.26	Heterometrus_fulvipes
p085_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	metabolic_enzyme	SDH	heart	28.0	38.0	3.82	0.26	9	0.20	-1.59	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.96	0.35	9.00	0.21	-1.55	umol/mg/h	NA	305	NA	NA	NA	NA	0.26	0.01	NA	NA	NA	NA	0.30	0.25	NA	NA	NA	NA	0.04	0.26	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	18.0	38.0	5.96	0.33	9	0.16	-1.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.22	0.31	9.00	0.10	-2.28	ml/h	NA	306	NA	NA	NA	NA	0.22	0.00	NA	NA	NA	NA	-0.03	0.06	NA	NA	NA	NA	-0.25	0.06	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	18.0	28.0	5.96	0.33	9	0.16	-1.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.57	0.23	9.00	0.09	-2.38	ml/h	NA	307	NA	NA	NA	NA	0.24	0.00	NA	NA	NA	NA	-0.36	0.25	NA	NA	NA	NA	-0.60	0.25	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	28.0	38.0	7.57	0.23	9	0.09	-2.38	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.22	0.31	9.00	0.10	-2.28	ml/h	NA	308	NA	NA	NA	NA	0.20	0.00	NA	NA	NA	NA	0.30	0.25	NA	NA	NA	NA	0.10	0.25	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	18.0	28.0	181.40	2.60	9	0.04	-3.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	285.00	2.50	9.00	0.03	-3.64	ul/g/h	NA	309	NA	NA	NA	NA	0.45	0.00	NA	NA	NA	NA	-0.04	0.25	NA	NA	NA	NA	-0.49	0.25	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	18.0	38.0	181.40	2.60	9	0.04	-3.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	237.60	2.50	9.00	0.03	-3.46	NA	NA	310	NA	NA	NA	NA	0.13	0.00	NA	NA	NA	NA	-0.02	0.06	NA	NA	NA	NA	-0.15	0.06	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	rest_MR	MR	rest	28.0	38.0	285.00	2.50	9	0.03	-3.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	237.60	2.50	9.00	0.03	-3.46	NA	NA	311	NA	NA	NA	NA	-0.18	0.00	NA	NA	NA	NA	0.00	0.25	NA	NA	NA	NA	0.18	0.25	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	muscle	18.0	38.0	155.33	8.86	9	0.17	-1.77	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	213.70	8.54	9.00	0.12	-2.12	ul/g/h	NA	312	NA	NA	NA	NA	0.16	0.00	NA	NA	NA	NA	-0.02	0.06	NA	NA	NA	NA	-0.18	0.06	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	heart	18.0	38.0	230.29	9.73	9	0.13	-2.07	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	316.65	9.55	9.00	0.09	-2.40	ul/g/h	NA	313	NA	NA	NA	NA	0.16	0.00	NA	NA	NA	NA	-0.01	0.06	NA	NA	NA	NA	-0.17	0.06	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	muscle	18.0	28.0	155.33	8.86	9	0.17	-1.77	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	187.29	8.36	9.00	0.13	-2.01	ul/g/h	NA	314	NA	NA	NA	NA	0.19	0.01	NA	NA	NA	NA	-0.06	0.25	NA	NA	NA	NA	-0.25	0.26	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	heart	18.0	28.0	230.29	9.73	9	0.13	-2.07	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	278.92	9.53	9.00	0.10	-2.28	ul/g/h	NA	315	NA	NA	NA	NA	0.19	0.00	NA	NA	NA	NA	-0.02	0.25	NA	NA	NA	NA	-0.21	0.25	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	muscle	28.0	38.0	187.29	8.36	9	0.13	-2.01	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	213.70	8.54	9.00	0.12	-2.12	ul/g/h	NA	316	NA	NA	NA	NA	0.13	0.00	NA	NA	NA	NA	0.02	0.25	NA	NA	NA	NA	-0.11	0.25	Heterometrus_fulvipes
p086_o	NA	NA	Arthropoda	Arachnida	Scorpiones	Scorpionidae	Heterometrus	fulvipes	t	w	a	Tirupati, India	13.7	79.4	1	21	other	Tissue MR	heart	28.0	38.0	278.92	9.53	9	0.10	-2.28	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	316.65	9.55	9.00	0.09	-2.40	ul/g/h	NA	317	NA	NA	NA	NA	0.13	0.00	NA	NA	NA	NA	0.00	0.25	NA	NA	NA	NA	-0.12	0.25	Heterometrus_fulvipes
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	metabolic_enzyme	G6PD	muscle, red	8.0	20.0	1.80	0.08	3	0.08	-2.56	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.10	0.15	3.00	0.05	-2.98	NA	NA	318	NA	NA	NA	NA	0.87	0.00	NA	NA	NA	NA	0.52	0.69	NA	NA	NA	NA	-0.34	0.70	Gasterosteus_aculeatus
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	metabolic_enzyme	G6PD	muscle, white	8.0	20.0	0.50	0.10	3	0.35	-1.06	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.65	0.08	3.00	0.21	-1.55	NA	NA	319	NA	NA	NA	NA	0.22	0.04	NA	NA	NA	NA	-0.19	0.69	NA	NA	NA	NA	-0.40	0.73	Gasterosteus_aculeatus
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	metabolic_enzyme	G6PD	liver	8.0	20.0	48.00	8.00	3	0.29	-1.24	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	100.00	10.00	3.00	0.17	-1.75	NA	NA	320	NA	NA	NA	NA	0.61	0.03	NA	NA	NA	NA	0.19	0.69	NA	NA	NA	NA	-0.43	0.72	Gasterosteus_aculeatus
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	antiox	SOD	muscle, red	8.0	20.0	6.30	0.15	5	0.05	-2.93	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.60	0.10	5.00	0.05	-3.02	NA	NA	321	NA	NA	NA	NA	-0.26	0.00	NA	NA	NA	NA	-0.34	0.35	NA	NA	NA	NA	-0.08	0.35	Gasterosteus_aculeatus
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	antiox	SOD	muscle, white	8.0	20.0	1.95	0.10	5	0.11	-2.17	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.90	0.08	5.00	0.09	-2.36	NA	NA	322	NA	NA	NA	NA	-0.02	0.00	NA	NA	NA	NA	-0.19	0.35	NA	NA	NA	NA	-0.16	0.35	Gasterosteus_aculeatus
p087_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	antiox	SOD	liver	8.0	20.0	4.70	0.10	5	0.05	-3.05	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.10	0.15	5.00	0.07	-2.72	NA	NA	323	NA	NA	NA	NA	0.07	0.00	NA	NA	NA	NA	0.34	0.35	NA	NA	NA	NA	0.27	0.35	Gasterosteus_aculeatus
p088_o	NA	NA	Chordata	Reptilia	Squamata	Lacertidae	Xantusia	vigilis	t	w	a	Victorville, California	34.5	-117.3	1	50	sprint	Sprint speed	NA	20.0	30.0	70.00	1.00	26	0.07	-2.62	67.00	1.00	26	0.08	-2.58	102.00	1.00	26	0.05	-3.00	110.00	1.00	26.00	0.05	-3.07	cm/s	NA	324	-0.04	0.00	0.08	0.00	0.45	0.00	0.00	0.08	0.00	0.08	0.00	0.08	0.04	0.08	-0.08	0.08	-0.45	0.08	Xantusia_vigilis
p089_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	c	a	Vancouver	NA	NA	1	21	cardiac	Cardiac Output	max. perform	8.0	18.0	49.73	1.04	14	0.08	-2.55	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	62.87	1.57	14.00	0.09	-2.37	ml/min	NA	325	NA	NA	NA	NA	0.23	0.00	NA	NA	NA	NA	0.41	0.15	NA	NA	NA	NA	0.18	0.15	Oncorhynchus_mykiss
p089_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	c	a	Vancouver	NA	NA	1	21	cardiac	Heart rate	max. perform	8.0	18.0	51.90	1.40	14	0.10	-2.29	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	78.80	1.00	14.00	0.05	-3.05	bpm	in situ prep	326	NA	NA	NA	NA	0.42	0.00	NA	NA	NA	NA	-0.34	0.15	NA	NA	NA	NA	-0.75	0.15	Oncorhynchus_mykiss
p089_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	c	a	Vancouver	NA	NA	1	21	endurance	Swim	sustain	8.0	18.0	69.20	2.70	9	0.12	-2.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	96.20	2.40	9.00	0.07	-2.59	cm/s	NA	327	NA	NA	NA	NA	0.33	0.00	NA	NA	NA	NA	-0.12	0.25	NA	NA	NA	NA	-0.45	0.25	Oncorhynchus_mykiss
p089_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	c	a	Vancouver	NA	NA	1	21	endurance	Swim	sustain	8.0	18.0	2.04	0.10	9	0.15	-1.92	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.76	0.08	9.00	0.09	-2.44	BL/s	NA	328	NA	NA	NA	NA	0.30	0.00	NA	NA	NA	NA	-0.22	0.25	NA	NA	NA	NA	-0.53	0.25	Oncorhynchus_mykiss
p090_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Thamesford, Ontario, Canada	43.1	81.0	1	42	rest_MR	MR	rest	5.0	15.0	3.50	0.40	4	0.23	-1.48	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.50	0.20	7.00	0.12	-2.14	NA	NA	329	NA	NA	NA	NA	0.25	0.02	NA	NA	NA	NA	-0.41	0.50	NA	NA	NA	NA	-0.66	0.52	Onchorhynchus_mykiss
p090_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Thamesford, Ontario, Canada	43.1	81.0	1	42	max_MR	MR	max	5.0	15.0	5.70	0.40	8	0.20	-1.62	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	8.30	0.40	9.00	0.14	-1.93	NA	NA	330	NA	NA	NA	NA	0.38	0.01	NA	NA	NA	NA	0.06	0.27	NA	NA	NA	NA	-0.32	0.28	Onchorhynchus_mykiss
p090_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Thamesford, Ontario, Canada	43.1	81.0	1	42	endurance	swim	sustained	5.0	15.0	2.00	0.10	7	0.13	-2.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.00	0.20	7.00	0.18	-1.74	NA	NA	331	NA	NA	NA	NA	0.41	0.01	NA	NA	NA	NA	0.69	0.33	NA	NA	NA	NA	0.29	0.34	Onchorhynchus_mykiss
p091_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	americanus	m	w	j	Logy Bay, Newfoundland, Canada	47.6	52.7	1	28	metabolic_enzyme	CS	whole body	3.0	11.0	0.49	0.08	7	0.43	-0.84	0.76	0.20	7	0.70	-0.36	0.57	0.05	7	0.23	-1.46	0.90	0.17	7.00	0.50	-0.69	NA	NA	332	0.55	0.15	0.57	0.07	0.76	0.10	1.15	0.52	1.53	0.52	0.94	0.52	0.60	0.67	0.96	0.59	0.18	0.62	Zoarces_americanus
p091_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	americanus	m	w	j	Logy Bay, Newfoundland, Canada	47.6	52.7	1	28	rest_MR	MR	rest	3.0	11.0	2.38	0.39	9	0.49	-0.71	7.50	0.63	9	0.25	-1.39	4.38	0.63	9	0.43	-0.85	9.42	1.20	9.00	0.38	-0.96	NA	NA	333	1.43	0.05	0.96	0.06	1.72	0.07	0.60	0.39	0.81	0.39	1.40	0.39	-0.84	0.44	-0.15	0.45	-0.31	0.46	Zoarces_americanus
p092_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Colorado hatchery	NA	NA	2	NA	endurance	Ucrit	NA	5.0	20.0	20.00	0.30	42	0.10	-2.33	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	35.70	0.40	41.00	0.07	-2.63	cm/s	NA	334	NA	NA	NA	NA	0.39	0.00	NA	NA	NA	NA	0.18	0.02	NA	NA	NA	NA	-0.20	0.02	Micropterus_salmoides
p093_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	1	56	metabolic_enzyme	COX	mitochondrial solution	5.0	15.0	1.90	0.20	8	0.30	-1.21	3.15	0.30	8	0.27	-1.31	1.20	0.20	7	0.44	-0.82	1.95	0.50	7.00	0.68	-0.39	NA	NA	335	0.51	0.02	0.49	0.09	0.03	0.08	0.41	0.29	0.92	0.33	0.85	0.31	-0.10	0.31	0.43	0.43	0.82	0.39	Oncorhynchus_mykiss
p094_o	NA	NA	Arthropoda	Insecta	Orthoptera	Gryllidae	Acheta	domesticus	t	c	a	Durban , South Africa	29.9	31.1	1	8	sprint	jump	max	25.0	33.0	138.00	15.38	12	0.39	-0.95	115.00	15.38	12	0.46	-0.77	100.00	13.64	12	0.47	-0.75	106.00	13.64	12.00	0.45	-0.81	mm	NA	336	-0.23	0.05	0.07	0.05	-0.33	0.05	0.00	0.28	0.00	0.28	-0.15	0.28	0.23	0.33	-0.07	0.34	0.18	0.33	Acheta_domesticus
p094_o	NA	NA	Arthropoda	Insecta	Orthoptera	Gryllidae	Acheta	domesticus	t	c	a	Durban , South Africa	29.9	31.1	1	8	rest_MR	MR	rest	25.0	33.0	11.47	NA	7	NA	NA	9.77	NA	7	NA	NA	8.31	NA	7	NA	NA	15.48	NA	7.00	NA	NA	umol CO2/h	NA	337	-0.20	NA	0.78	NA	0.37	NA	NA	0.52	NA	0.52	NA	0.52	NA	NA	NA	NA	NA	NA	Acheta_domesticus
p094_o	NA	NA	Arthropoda	Insecta	Orthoptera	Gryllidae	Acheta	domesticus	t	c	a	Durban , South Africa	29.9	31.1	1	8	sprint	run	sprint	25.0	33.0	21.00	2.67	12	0.44	-0.82	27.00	2.67	12	0.34	-1.07	20.00	2.99	12	0.52	-0.66	29.00	2.99	12.00	0.36	-1.03	mm/s	NA	338	0.31	0.04	0.46	0.05	0.40	0.04	0.00	0.28	0.00	0.28	0.14	0.28	-0.31	0.32	-0.46	0.34	-0.26	0.33	Acheta_domesticus
p095_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Helgoland, Germany	54.1	7.9	1	300	metabolic_enzyme	CS	liver	5.0	10.0	0.70	0.20	5	0.64	-0.45	0.90	0.20	5	0.50	-0.70	0.75	0.20	5	0.60	-0.52	0.80	0.20	5.00	0.56	-0.58	NA	NA	339	0.50	0.52	0.13	0.53	0.27	0.58	0.00	2.00	0.00	2.00	0.00	2.00	-0.50	2.52	-0.13	2.53	-0.27	2.58	Zoarces_viviparous
p095_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Helgoland, Germany	54.1	7.9	1	300	metabolic_enzyme	IDH	liver	5.0	10.0	0.05	0.01	4	0.44	-0.81	0.09	0.03	4	0.67	-0.41	0.04	0.01	5	0.56	-0.58	0.06	0.01	5.00	0.37	-0.99	IDH = isocitrate dehydrogenase	NA	340	1.18	0.60	0.81	0.36	0.36	0.27	2.20	2.67	0.00	2.00	0.22	2.33	1.02	3.27	-0.81	2.36	-0.14	2.60	Zoarces_viviparous
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	COX	muscle, adductor	5.0	15.0	18.00	1.58	10	0.28	-1.28	25.00	0.95	10	0.12	-2.12	7.00	0.95	10	0.43	-0.85	11.00	0.90	10.00	0.26	-1.35	/mg protein	NA	341	0.33	0.01	0.45	0.03	-0.49	0.01	-0.51	0.22	-0.05	0.22	-0.56	0.22	-0.84	0.23	-0.51	0.25	-0.07	0.24	Modiolus_modiolus
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	CPT	muscle, adductor	5.0	15.0	17.00	1.90	10	0.35	-1.04	25.00	1.58	10	0.20	-1.61	4.00	0.63	10	0.50	-0.69	11.00	0.95	10.00	0.27	-1.30	/mg protein	NA	342	0.39	0.02	1.01	0.03	-0.44	0.02	-0.18	0.22	0.41	0.22	-0.69	0.22	-0.57	0.24	-0.60	0.25	-0.26	0.24	Modiolus_modiolus
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	CS	muscle, adductor	5.0	15.0	22.50	3.48	10	0.49	-0.71	33.00	3.17	10	0.30	-1.19	15.00	1.58	10	0.33	-1.10	21.50	2.53	10.00	0.37	-0.99	/mg protein	NA	343	0.38	0.03	0.36	0.02	-0.05	0.04	-0.09	0.22	0.47	0.22	-0.32	0.22	-0.48	0.26	0.11	0.25	-0.27	0.26	Modiolus_modiolus
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	HK	muscle, adductor	5.0	15.0	20.00	2.53	10	0.40	-0.92	38.00	2.50	10	0.21	-1.57	8.00	1.27	10	0.50	-0.69	20.00	1.90	10.00	0.30	-1.20	/mg protein	NA	344	0.64	0.02	0.92	0.03	0.00	0.03	-0.01	0.22	0.40	0.22	-0.29	0.22	-0.65	0.24	-0.51	0.26	-0.29	0.25	Modiolus_modiolus
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	HOAD	muscle, adductor	5.0	15.0	29.00	3.16	10	0.35	-1.06	36.00	2.53	10	0.22	-1.50	10.00	0.95	10	0.30	-1.20	21.00	3.16	10.00	0.48	-0.74	/mg protein	NA	345	0.22	0.02	0.74	0.03	-0.32	0.03	-0.22	0.22	1.20	0.22	0.00	0.22	-0.44	0.24	0.46	0.25	0.32	0.26	Modiolus_modiolus
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	PFK	muscle, adductor	5.0	15.0	30.00	2.22	10	0.23	-1.45	40.00	2.20	10	0.17	-1.75	12.50	1.11	10	0.28	-1.27	25.00	2.22	10.00	0.28	-1.27	/mg protein	NA	346	0.29	0.01	0.69	0.02	-0.18	0.01	-0.01	0.22	0.69	0.22	0.00	0.22	-0.30	0.23	0.00	0.24	0.18	0.24	Modiolus_modiolus
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	metabolic_enzyme	PK	muscle, adductor	5.0	15.0	51.00	2.85	10	0.18	-1.73	66.00	2.80	10	0.13	-2.01	24.00	0.95	10	0.13	-2.08	44.00	2.22	10.00	0.16	-1.84	/mg protein	NA	347	0.26	0.00	0.61	0.00	-0.15	0.01	-0.02	0.22	0.85	0.22	-0.25	0.22	-0.28	0.23	0.24	0.23	-0.10	0.23	Modiolus_modiolus
p096_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Modiolus	modiolus	m	w	a	Star Is, Isles of Shoal, NH, USA	43.0	70.6	2	NA	antiox	SOD	muscle, adductor	5.0	15.0	1.80	0.38	10	0.67	-0.40	1.40	0.16	10	0.36	-1.03	1.10	0.38	10	1.09	0.09	3.50	0.63	10.00	0.57	-0.56	/mg protein	NA	348	-0.25	0.06	1.16	0.15	0.66	0.08	-0.86	0.22	0.51	0.22	0.51	0.22	-0.61	0.28	-0.65	0.37	-0.16	0.30	Modiolus_modiolus
p097_o	NA	NA	Tardigrada	Eutardigrada	Parachela	Macrobiotidae	Macrobiotus	harmsworthi	t	w	a	Qinling Mountains, China	34.0	107.6	1	14	endurance	run	sustained	10.0	25.0	3.30	0.35	25	0.53	-0.63	2.65	0.30	25	0.57	-0.57	2.00	0.35	25	0.88	-0.13	4.80	0.60	25.00	0.63	-0.47	mm/min	NA	349	-0.15	0.01	0.58	0.02	0.25	0.01	-0.10	0.04	0.36	0.04	0.36	0.04	0.04	0.05	-0.22	0.06	0.11	0.05	Macrobiotus_harmsworthi
p098_o	NA	NA	Chordata	Reptilia	Testudines	Emydidae	Trachemys	scripta	f	w	j	Sequoyah National Wilfile Refuge, OH, USA	35.5	95.0	1	186	rest_MR	MR	rest	25.0	30.0	2.54	0.68	11	0.88	-0.13	3.42	0.67	11	0.65	-0.44	0.98	0.39	14	1.51	0.41	1.48	0.40	14.00	1.01	0.01	NA	NA	350	0.59	0.44	0.82	0.93	-1.08	0.58	-0.03	0.80	0.05	0.62	-0.82	0.71	-0.62	1.24	-0.77	1.54	0.26	1.29	Trachemys_scripta
p099_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Bufo	woodhousii	f	w	a	Imperial County, California	33.0	-115.3	1	42	sprint	Mean velocity	jumping	20.0	30.0	0.74	0.02	16	0.11	-2.22	0.77	0.01	10	0.03	-3.42	0.68	0.01	16	0.03	-3.53	0.81	0.01	10.00	0.04	-3.24	m/s	NA	351	0.04	0.00	0.17	0.00	0.09	0.00	-0.93	0.18	-0.24	0.18	-0.93	0.18	-0.97	0.18	-0.41	0.18	-1.02	0.18	Bufo_woodhousii
p100_o	NA	NA	Chordata	Actinopterygii	Pleuronectiformes	Pleuronectidae	Pseudopleuronectes	americanus	m	w	j	Conception Bay, Newfoundland	47.8	-53.0	1	21	metabolic_enzyme	PFK	muscle	0.0	15.0	0.08	0.01	6	0.16	-1.81	0.14	1.00	6	18.14	2.90	0.03	0.01	6	0.49	-0.71	0.08	1.00	6.00	30.62	3.42	umole/min/mg	NA	352	0.37	22.68	0.65	69.49	0.00	69.45	3.07	0.18	3.07	0.18	3.07	0.18	2.70	22.86	2.42	69.67	3.07	69.63	Pseudopleuronectes_americanus
p101_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Euastacus	sulcatus	f	w	a	Cave Creek, QLD, Australia	28.1	153.2	1	28	sprint	bite force	chelae	10.0	20.0	50.00	3.00	16	0.24	-1.43	58.00	4.00	16	0.28	-1.29	48.00	4.00	15	0.32	-1.13	58.00	5.00	15.00	0.33	-1.10	N	NA	353	0.15	0.01	0.19	0.01	0.15	0.01	0.29	0.13	0.22	0.14	0.48	0.14	0.14	0.14	0.03	0.16	0.33	0.15	Euastacus_sulcatus
p102_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Kieler Bight, Germany	54.5	10.4	1	56	metabolic_enzyme	COX	liver	3.5	13.5	3.09	0.33	5	0.24	-1.43	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.49	0.20	5.00	0.13	-2.05	NA	NA	354	NA	NA	NA	NA	0.12	0.01	NA	NA	NA	NA	-0.50	0.50	NA	NA	NA	NA	-0.62	0.51	Zoarces_viviparous
p102_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Helgoland, Germany	54.1	7.9	1	28	metabolic_enzyme	COX	liver	3.5	10.0	6.25	0.85	5	0.30	-1.19	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.35	0.27	5.00	0.11	-2.18	NA	NA	355	NA	NA	NA	NA	-0.24	0.05	NA	NA	NA	NA	-1.76	1.18	NA	NA	NA	NA	-1.53	1.23	Zoarces_viviparous
p102_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Kieler Bight, Germany	54.5	10.4	1	56	metabolic_enzyme	CS	liver	3.5	13.5	1.05	0.21	5	0.45	-0.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.80	0.13	5.00	0.36	-1.01	NA	NA	356	NA	NA	NA	NA	-0.27	0.07	NA	NA	NA	NA	-0.48	0.50	NA	NA	NA	NA	-0.21	0.57	Zoarces_viviparous
p102_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Helgoland, Germany	54.1	7.9	1	28	metabolic_enzyme	CS	liver	3.5	10.0	1.23	0.10	5	0.18	-1.70	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.66	0.07	5.00	0.24	-1.44	NA	NA	357	NA	NA	NA	NA	-0.96	0.04	NA	NA	NA	NA	-0.55	1.18	NA	NA	NA	NA	0.41	1.23	Zoarces_viviparous
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Helgoland, Germany	54.1	7.9	1	365	rest_MR	MR	rest	4.0	10.0	1.59	0.31	6	0.48	-0.73	3.22	0.31	6	0.24	-1.44	0.91	0.19	6	0.51	-0.68	1.88	0.34	6.00	0.45	-0.80	NA	NA	358	1.18	0.13	1.21	0.21	0.28	0.20	0.00	1.11	0.97	1.11	0.15	1.11	-1.18	1.24	-0.24	1.32	-0.13	1.31	Gadus_morhua
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Helgoland, Germany	54.1	7.9	1	365	max_MR	MR	max	4.0	10.0	6.25	0.69	6	0.27	-1.31	7.60	0.78	6	0.25	-1.38	5.31	0.69	6	0.32	-1.15	8.13	0.78	6.00	0.24	-1.45	NA	NA	359	0.33	0.06	0.71	0.07	0.44	0.06	0.20	1.11	0.20	1.11	0.20	1.11	-0.12	1.17	-0.51	1.18	-0.23	1.17	Gadus_morhua
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Tromso, Norway	69.7	18.9	1	365	rest_MR	MR	rest	4.0	10.0	1.16	0.16	6	0.33	-1.11	2.53	0.22	6	0.21	-1.55	1.16	0.16	6	0.33	-1.11	2.00	0.28	6.00	0.34	-1.07	NA	NA	360	1.30	0.07	0.91	0.11	0.91	0.11	0.53	1.11	0.93	1.11	0.93	1.11	-0.77	1.18	0.02	1.22	0.02	1.22	Gadus_morhua
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Tromso, Norway	69.7	18.9	1	365	max_MR	MR	max	4.0	10.0	5.00	0.31	6	0.15	-1.88	7.41	1.09	6	0.36	-1.02	7.19	0.31	6	0.11	-2.24	8.60	0.56	6.00	0.16	-1.83	NA	NA	361	0.66	0.07	0.30	0.02	0.90	0.02	2.10	1.11	0.99	1.11	0.99	1.11	1.44	1.18	0.69	1.13	0.08	1.13	Gadus_morhua
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Helgoland, Germany	54.1	7.9	1	365	endurance	swim	sustained	4.0	10.0	0.70	0.05	6	0.17	-1.74	0.76	0.03	6	0.10	-2.34	0.76	0.02	6	0.06	-2.74	0.90	0.05	6.00	0.14	-1.99	NA	NA	362	0.14	0.02	0.28	0.01	0.42	0.02	-0.85	1.11	1.53	1.11	0.00	1.11	-0.99	1.13	1.25	1.12	-0.42	1.13	Gadus_morhua
p103_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Tromso, Norway	69.7	18.9	1	365	endurance	swim	sustained	4.0	10.0	0.72	0.01	6	0.03	-3.38	0.77	0.04	6	0.11	-2.20	0.72	0.01	6	0.03	-3.38	0.80	0.05	6.00	0.15	-1.88	NA	NA	363	0.11	0.01	0.18	0.01	0.18	0.01	2.31	1.11	2.68	1.11	2.68	1.11	2.20	1.12	2.51	1.12	2.51	1.12	Gadus_morhua
p104_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	clarki	f	c	a	Abbotsford, BC, Canada	49.0	122.3	1	21	endurance	swim	sustained	7.0	14.0	2.96	0.69	3	0.40	-0.91	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.81	0.22	4.00	0.09	-2.39	NA	NA	364	NA	NA	NA	NA	0.69	0.12	NA	NA	NA	NA	-1.43	1.70	NA	NA	NA	NA	-2.12	1.82	Oncorhynchus_clarki
p105	table	114	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	max_MR	active metabolic rate	NA	15.0	25.0	3.12	0.13	30	0.23	-1.48	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.16	0.18	30.00	0.16	-1.83	mg/h	NA	365	NA	NA	NA	NA	0.68	0.00	NA	NA	NA	NA	0.33	0.07	NA	NA	NA	NA	-0.35	0.07	Cyprinus_carpio
p105	table	114	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	endurance	critical swimming speed	NA	15.0	25.0	40.26	0.50	30	0.07	-2.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	56.50	0.77	30.00	0.07	-2.60	cm/s	this study tries to get repeatability of these traits so we have 2 measurement each but I took only the first measurment	366	NA	NA	NA	NA	0.34	0.00	NA	NA	NA	NA	0.43	0.07	NA	NA	NA	NA	0.09	0.07	Cyprinus_carpio
p105	table	114	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	rest_MR	resting metabolic rate	NA	15.0	25.0	0.71	0.03	30	0.23	-1.46	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.25	0.04	30.00	0.18	-1.74	mg/h	NA	367	NA	NA	NA	NA	0.57	0.00	NA	NA	NA	NA	0.29	0.07	NA	NA	NA	NA	-0.28	0.07	Cyprinus_carpio
p105_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Palaemonidae	Macrobrachium	rosenbergii	m	c	a	Mumbai, India	18.9	72.8	1	30	rest_MR	MR	rest	25.0	30.0	0.07	0.00	6	0.13	-2.06	0.10	0.00	6	0.11	-2.22	NA	NA	NA	NA	NA	0.09	0.00	6.00	0.11	-2.23	NA	NA	368	0.71	0.00	NA	NA	0.50	0.00	NaN	1.60	NA	NA	NaN	1.60	NaN	1.60	NA	NA	NaN	1.60	Macrobrachium_rosenbergii
p106	fig	29	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Spinibarbus	sinensis	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	max_MR	active metabolic rate	NA	15.0	25.0	541.76	19.20	8	0.10	-2.30	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	980.91	37.73	8.00	0.11	-2.22	mg/h	NA	369	NA	NA	NA	NA	0.59	0.00	NA	NA	NA	NA	0.68	0.29	NA	NA	NA	NA	0.08	0.29	Spinibarbus_sinensis
p106	fig	28	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Spinibarbus	sinensis	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	endurance	critical swimming speed	NA	15.0	25.0	35.50	0.83	8	0.07	-2.71	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	50.21	1.04	8.00	0.06	-2.84	cm/s	NA	370	NA	NA	NA	NA	0.35	0.00	NA	NA	NA	NA	0.23	0.29	NA	NA	NA	NA	-0.12	0.29	Spinibarbus_sinensis
p106	fig	28	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Spinibarbus	sinensis	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	other	optimal swimming speed	NA	15.0	25.0	26.89	2.27	8	0.24	-1.43	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	41.50	2.19	8.00	0.15	-1.90	cm/s	derived varaible?	371	NA	NA	NA	NA	0.43	0.01	NA	NA	NA	NA	-0.04	0.29	NA	NA	NA	NA	-0.47	0.30	Spinibarbus_sinensis
p106	fig	29	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Spinibarbus	sinensis	f	c	j	Bishan, Chongqing, China	29.6	106.2	1	21	rest_MR	resting metabolic rate	NA	15.0	25.0	127.22	9.01	8	0.20	-1.61	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	246.42	13.78	8.00	0.16	-1.84	mg/h	NA	372	NA	NA	NA	NA	0.66	0.01	NA	NA	NA	NA	0.42	0.29	NA	NA	NA	NA	-0.24	0.29	Spinibarbus_sinensis
p106_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	j	Sydney	-33.9	151.2	1	90	rest_MR	MR	rest	15.0	25.0	0.08	0.00	30	0.22	-1.52	0.22	0.01	30	0.30	-1.20	0.07	0.00	30	0.23	-1.45	0.18	0.01	30.00	0.42	-0.88	ml/g/h	NA	373	1.01	0.00	0.94	0.00	0.81	0.00	Inf	0.07	Inf	0.07	Inf	0.07	Inf	0.07	Inf	0.07	Inf	0.07	Limnodynastes_peronii
p107_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	guttolineata	f	w	a	Shelby Co, Alabama, USA	33.2	86.7	1	17	sprint	run	sprint	8.0	18.0	4.70	1.00	22	1.00	0.00	6.30	1.00	22	0.74	-0.30	4.65	1.20	22	1.21	0.19	7.00	2.10	22.00	1.41	0.34	NA	NA	374	0.29	0.07	0.41	0.16	0.40	0.14	0.00	0.10	0.56	0.10	0.74	0.10	-0.29	0.17	0.15	0.25	0.34	0.23	Eurycea_guttolineata
p107_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	guttolineata	f	w	a	Shelby Co, Alabama, USA	33.2	86.7	1	17	sprint	swim	sprint	8.0	18.0	5.10	0.90	22	0.83	-0.19	7.25	1.00	22	0.65	-0.44	4.40	0.70	22	0.75	-0.29	6.80	1.30	22.00	0.90	-0.11	NA	NA	375	0.35	0.05	0.44	0.06	0.29	0.07	0.11	0.10	0.62	0.10	0.37	0.10	-0.25	0.15	0.18	0.16	0.08	0.16	Eurycea_guttolineata
p108	fig	36	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Parabramis	pekinensis	f	c	j	Hechuan, Chongqing City, China	30.0	106.3	1	30	max_MR	active metabolic rate	NA	15.0	25.0	617.31	48.03	30	0.43	-0.85	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	834.87	29.19	30.00	0.19	-1.65	mg/kg/h	NA	376	NA	NA	NA	NA	0.30	0.01	NA	NA	NA	NA	-0.50	0.07	NA	NA	NA	NA	-0.80	0.08	Parabramis_pekinensis
p108	fig	36	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Parabramis	pekinensis	f	c	j	Hechuan, Chongqing City, China	30.0	106.3	1	30	endurance	critical swimming speed	NA	15.0	25.0	70.38	2.29	30	0.18	-1.72	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	79.72	2.30	30.00	0.16	-1.84	cm/s	sample size - the best guess	377	NA	NA	NA	NA	0.12	0.00	NA	NA	NA	NA	0.00	0.07	NA	NA	NA	NA	-0.12	0.07	Parabramis_pekinensis
p108	fig	37	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Parabramis	pekinensis	f	c	j	Hechuan, Chongqing City, China	30.0	106.3	1	30	sprint	maximum linear acceleration	NA	15.0	25.0	0.11	0.01	30	0.50	-0.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.19	0.03	30.00	0.91	-0.09	m/s2	max liner velocity and acceleration - the same thing???	378	NA	NA	NA	NA	0.55	0.03	NA	NA	NA	NA	1.10	0.07	NA	NA	NA	NA	0.55	0.10	Parabramis_pekinensis
p108	fig	37	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Parabramis	pekinensis	f	c	j	Hechuan, Chongqing City, China	30.0	106.3	1	30	sprint	maximum linear velocity	NA	15.0	25.0	0.86	0.13	30	0.86	-0.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.16	0.18	30.00	0.87	-0.14	m/s	NA	379	NA	NA	NA	NA	0.30	0.05	NA	NA	NA	NA	0.33	0.07	NA	NA	NA	NA	0.03	0.12	Parabramis_pekinensis
p108_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	5.0	10.0	41.30	3.10	15	0.29	-1.24	111.30	8.60	15	0.30	-1.21	68.00	2.20	15	0.13	-2.08	107.30	6.80	15.00	0.25	-1.40	ul/g/h	NA	380	1.98	0.05	0.91	0.02	1.91	0.04	2.04	0.57	2.26	0.57	1.57	0.57	0.06	0.62	1.34	0.59	-0.34	0.61	Eurycea_multiplicata
p108_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	10.0	15.0	107.30	6.80	15	0.25	-1.40	183.30	7.50	15	0.16	-1.84	80.00	4.40	15	0.21	-1.55	178.70	8.90	15.00	0.19	-1.65	ul/g/h	NA	381	1.07	0.02	1.61	0.02	1.02	0.03	0.20	0.57	1.41	0.57	0.54	0.57	-0.88	0.59	-0.20	0.59	-0.48	0.60	Eurycea_multiplicata
p108_o	NA	NA	Chordata	Amphibia	Caudata	Plethodontidae	Eurycea	multiplicata	f	w	a	Fayetteville, Arkansas	36.1	-94.2	1	14	rest_MR	MR	rest	15.0	20.0	178.70	8.90	15	0.19	-1.65	260.00	12.50	15	0.19	-1.68	150.00	6.90	15	0.18	-1.73	223.30	12.30	15.00	0.21	-1.54	ul/g/h	NA	382	0.75	0.02	0.80	0.02	0.45	0.02	0.68	0.57	1.16	0.57	0.65	0.57	-0.07	0.59	0.36	0.59	0.20	0.59	Eurycea_multiplicata
p109_o	NA	NA	Chordata	Reptilia	Caudata	Plethodontidae	Eurycea	neotenes	f	w	a	Leakey, Texas	29.7	-99.8	1	25	rest_MR	MR	rest	10.0	15.0	102.95	10.26	11	0.33	-1.11	158.95	11.48	11	0.24	-1.43	101.56	6.49	10	0.20	-1.60	151.20	7.60	10.00	0.16	-1.84	ul/g/h	NA	383	0.87	0.06	0.80	0.03	0.77	0.05	0.22	0.80	0.32	0.89	-0.70	0.84	-0.64	0.86	-0.48	0.92	-1.46	0.89	Eurycea_neotenes
p109_o	NA	NA	Chordata	Reptilia	Caudata	Plethodontidae	Eurycea	neotenes	f	w	a	Leakey, Texas	29.7	-99.8	1	25	rest_MR	MR	rest	5.0	10.0	29.00	1.27	11	0.15	-1.93	74.35	3.76	11	0.17	-1.79	42.51	3.07	11	0.24	-1.43	102.95	10.26	11.00	0.33	-1.11	ul/g/h	NA	384	1.88	0.02	1.77	0.06	2.53	0.05	2.17	0.80	2.41	0.80	4.18	0.80	0.29	0.82	0.64	0.86	1.64	0.85	Eurycea_neotenes
p109_o	NA	NA	Chordata	Reptilia	Caudata	Plethodontidae	Eurycea	neotenes	f	w	a	Leakey, Texas	29.7	-99.8	1	25	rest_MR	MR	rest	15.0	20.0	151.20	7.60	10	0.16	-1.84	288.36	14.46	10	0.16	-1.84	137.20	7.40	9	0.16	-1.82	249.82	15.35	9.00	0.18	-1.69	ul/g/h	NA	385	1.29	0.02	1.20	0.03	1.00	0.03	1.29	0.89	1.46	1.00	1.30	0.94	0.00	0.91	0.26	1.03	0.30	0.97	Eurycea_neotenes
p11	fig	1498	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Rutilus	rutilus	f	w	a	Lake Pyhäselkä, Finland	62.5	29.8	1	14	cardiac	heart rate	ECG	4.0	18.0	31.11	2.39	10	0.24	-1.41	74.19	5.47	10	0.23	-1.46	23.25	2.74	20	0.53	-0.64	55.73	4.44	20.00	0.36	-1.03	beats/min	T1 measurements taken at 6C rather than 4	386	0.62	0.01	0.62	0.01	0.42	0.01	0.59	0.11	0.34	0.05	0.69	0.08	-0.03	0.12	-0.28	0.06	0.27	0.09	Rutilus_rutilus
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	metabolic_enzyme	COX	muscle, mixed	18.0	28.0	NA	NA	NA	NA	NA	6.05	0.40	10	0.21	-1.57	NA	NA	NA	NA	NA	5.05	0.30	10.00	0.19	-1.67	NA	NA	387	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Danio_rerio
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	metabolic_enzyme	CS	muscle, mixed	18.0	28.0	NA	NA	NA	NA	NA	12.40	0.60	10	0.15	-1.88	NA	NA	NA	NA	NA	8.30	0.80	10.00	0.30	-1.19	NA	NA	388	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Danio_rerio
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	metabolic_enzyme	HOAD	muscle, mixed	18.0	28.0	NA	NA	NA	NA	NA	7.40	0.40	5	0.12	-2.11	NA	NA	NA	NA	NA	6.25	0.20	5.00	0.07	-2.64	NA	NA	389	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Danio_rerio
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	metabolic_enzyme	LDH	muscle, mixed	18.0	28.0	NA	NA	NA	NA	NA	180.00	5.00	10	0.09	-2.43	NA	NA	NA	NA	NA	88.00	10.00	10.00	0.36	-1.02	NA	NA	390	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Danio_rerio
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	metabolic_enzyme	PK	muscle, mixed	18.0	28.0	NA	NA	NA	NA	NA	45.00	2.00	10	0.14	-1.96	NA	NA	NA	NA	NA	34.50	4.00	10.00	0.37	-1.00	NA	NA	391	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Danio_rerio
p110_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Ancaster, ON, Canada	43.2	80.0	1	21	endurance	swim	sustained	18.0	28.0	13.50	0.80	10	0.19	-1.67	20.05	1.50	15	0.29	-1.24	13.80	0.05	10	0.01	-4.47	20.80	1.00	15.00	0.19	-1.68	NA	NA	392	0.40	0.01	0.41	0.00	0.43	0.01	0.83	0.18	3.20	0.18	0.43	0.18	0.44	0.19	2.79	0.18	-0.01	0.19	Danio_rerio
p111	fig	5	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	tshawytscha	f	c	j	Clements, CA, USA	38.2	-121.0	1	21	max_MR	Maximum Metabolic Rate	NA	15.0	19.0	10.34	1.03	12	0.34	-1.07	9.59	0.64	12	0.23	-1.47	8.72	0.70	12	0.28	-1.28	10.02	0.81	12.00	0.28	-1.27	mg O2 kg-1 min-1	NA	393	-0.19	0.09	0.35	0.08	-0.08	0.10	-1.19	1.14	0.36	1.14	-0.60	1.14	-1.00	1.23	0.02	1.22	-0.52	1.24	Oncorhynchus_tshawytscha
p111	fig	5	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Oncorhynchus	tshawytscha	f	c	j	Clements, CA, USA	38.2	-121.0	1	21	rest_MR	Routine Metabolic Rate	maximum metabolic rate	15.0	19.0	2.80	0.19	12	0.23	-1.45	3.47	0.18	12	0.18	-1.71	2.37	0.15	12	0.21	-1.55	3.08	0.15	12.00	0.16	-1.81	mg O2 kg-1 min-1	NA	394	0.54	0.05	0.66	0.04	0.24	0.04	-0.14	1.14	0.00	1.14	-0.59	1.14	-0.67	1.18	-0.66	1.18	-0.83	1.18	Oncorhynchus_tshawytscha
p111_o	NA	NA	Arthropoda	Branchiopoda	Cladocera	Daphniidae	Daphnia	magna	f	c	a	Germany	NA	NA	1	70	other	Filtering rates	ml/h	5.0	10.0	0.70	0.01	25	0.07	-2.64	1.60	0.20	25	0.63	-0.47	0.55	0.05	25	0.45	-0.79	0.67	0.01	25.00	0.07	-2.60	NA	NA	395	1.65	0.06	0.39	0.03	-0.09	0.00	5.99	0.33	-3.22	0.33	0.00	0.33	4.34	0.40	-3.61	0.37	0.09	0.34	Daphnia_magna
p111_o	NA	NA	Arthropoda	Branchiopoda	Cladocera	Daphniidae	Daphnia	magna	f	c	a	Germany	NA	NA	1	70	other	Filtering rates	ml/h	10.0	15.0	0.67	0.01	25	0.07	-2.60	1.90	0.25	25	0.66	-0.42	0.80	0.25	25	1.56	0.45	2.40	0.30	25.00	0.63	-0.47	NA	NA	396	2.08	0.07	2.20	0.45	2.55	0.06	6.44	0.33	0.36	0.33	6.80	0.33	4.35	0.40	-1.83	0.79	4.25	0.40	Daphnia_magna
p111_o	NA	NA	Arthropoda	Branchiopoda	Cladocera	Daphniidae	Daphnia	magna	f	c	a	Germany	NA	NA	1	70	other	Filtering rates	ml/h	15.0	24.0	2.40	0.30	25	0.63	-0.47	2.50	0.05	25	0.10	-2.30	0.80	0.07	25	0.44	-0.83	2.80	0.20	25.00	0.36	-1.03	NA	NA	397	0.05	0.02	1.39	0.02	0.17	0.03	-1.99	0.10	1.17	0.10	-0.45	0.10	-2.04	0.12	-0.23	0.12	-0.62	0.13	Daphnia_magna
p112	fig	49	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	j	Grand Chenier, LA, USA	29.7	-92.8	1	210	mito_leak	Leak	Thigh	20.0	30.0	3.87	2.12	6	1.34	0.29	6.69	4.14	6	1.52	0.42	5.89	2.37	6	0.98	-0.02	13.86	4.54	6.00	0.80	-0.22	pmol O2/s/mg	These are the same animals	398	0.55	0.68	0.86	0.27	1.28	0.41	0.67	0.40	0.65	0.40	0.76	0.40	0.12	1.08	-0.21	0.67	-0.51	0.81	Alligator_mississippiensis
p112	fig	49	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	j	Grand Chenier, LA, USA	29.7	-92.8	1	210	mito_leak	Leak	Heart	20.0	30.0	3.32	1.57	4	0.94	-0.06	22.03	11.73	4	1.06	0.06	6.27	2.83	6	1.11	0.10	12.62	3.82	6.00	0.74	-0.30	pmol O2/s/mg	These are the same animals	399	1.89	0.51	0.70	0.30	1.34	0.32	2.01	0.67	0.30	0.40	1.09	0.53	0.12	1.17	-0.40	0.70	-0.24	0.85	Alligator_mississippiensis
p112	fig	48	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	j	Grand Chenier, LA, USA	29.7	-92.8	1	210	rest_MR	metabolic rate	VO2	20.0	30.0	0.21	0.06	6	0.67	-0.41	0.24	0.06	6	0.57	-0.57	0.31	0.03	6	0.27	-1.30	0.53	0.03	6.00	0.15	-1.93	ml/min	These are the same animals	400	0.13	0.14	0.54	0.01	0.93	0.08	0.00	0.40	0.00	0.40	-0.69	0.40	-0.13	0.54	-0.54	0.41	-1.62	0.48	Alligator_mississippiensis
p112	fig	49	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	j	Grand Chenier, LA, USA	29.7	-92.8	1	210	mito_oxidation	OxphosCI+II	Thigh	20.0	30.0	35.89	4.99	6	0.34	-1.08	65.68	7.18	6	0.27	-1.32	37.75	3.35	6	0.22	-1.53	83.35	6.51	6.00	0.19	-1.65	pmol O2/s/mg	These are the same animals	401	0.60	0.03	0.79	0.01	0.84	0.03	0.36	0.40	0.66	0.40	0.27	0.40	-0.24	0.43	-0.13	0.41	-0.58	0.43	Alligator_mississippiensis
p112	fig	49	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	j	Grand Chenier, LA, USA	29.7	-92.8	1	210	mito_oxidation	OxphosCI+II	Heart	20.0	30.0	68.16	6.13	4	0.18	-1.71	108.04	9.98	4	0.18	-1.69	72.56	11.76	6	0.40	-0.92	116.16	16.03	6.00	0.34	-1.08	pmol O2/s/mg	These are the same animals	402	0.46	0.02	0.47	0.05	0.53	0.03	0.49	0.67	0.31	0.40	1.16	0.53	0.03	0.68	-0.16	0.45	0.63	0.56	Alligator_mississippiensis
p112_o	NA	NA	Mollusca	Gastropoda	Neotaenioglossa	Littorinidae	Littorina	obtusata	m	w	a	Nobska Point, Cape Cod, USA	42.1	-70.2	1	18	rest_MR	MR	rest	4.0	21.0	0.67	0.10	15	0.58	-0.55	2.24	0.31	15	0.54	-0.62	0.61	0.05	15	0.32	-1.15	2.71	0.19	15.00	0.27	-1.30	ul mg-1 h-2	lower eulittoral	403	0.71	0.01	0.88	0.00	0.82	0.01	0.67	0.05	0.79	0.05	0.38	0.05	-0.04	0.06	-0.09	0.05	-0.44	0.06	Littorina_obtusata
p112_o	NA	NA	Mollusca	Gastropoda	Neotaenioglossa	Littorinidae	Littorina	saxatilis	m	w	a	Nobska Point, Cape Cod, USA	42.1	-70.2	1	18	rest_MR	MR	rest	4.0	21.0	0.28	0.04	15	0.55	-0.59	2.61	0.25	15	0.37	-0.99	0.34	0.02	15	0.23	-1.48	2.45	0.16	15.00	0.25	-1.37	ul mg-1 h-1	upper eulittoral	404	1.31	0.01	1.16	0.00	1.28	0.01	1.08	0.05	1.22	0.05	0.82	0.05	-0.24	0.06	0.06	0.05	-0.46	0.06	Littorina_saxatilis
p113	fig	199	Arthropoda	Malacostraca	Decapoda	Palinuridae	Panulirus	argus	m	w	j	Isla Mujeres Quintana Roo, Mexico	21.2	-86.7	1	35	rest_MR	RMR	NA	22.0	30.0	0.04	0.00	32	0.19	-1.67	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.06	0.00	32.00	0.07	-2.62	mgO2g-1h-1	NA	405	NA	NA	NA	NA	0.51	0.00	NA	NA	NA	NA	NaN	0.10	NA	NA	NA	NA	NaN	0.10	Panulirus_argus
p113	fig	199	Arthropoda	Malacostraca	Decapoda	Palinuridae	Panulirus	argus	m	w	j	Isla Mujeres Quintana Roo, Mexico	21.2	-86.7	1	35	other	Total MR	NA	22.0	30.0	0.10	0.00	32	0.04	-3.24	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.07	0.00	32.00	0.13	-2.05	mgO2g-1h-1	NA	406	NA	NA	NA	NA	-0.45	0.00	NA	NA	NA	NA	NaN	0.10	NA	NA	NA	NA	NaN	0.10	Panulirus_argus
p113_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	j	Wageningen, Netherlands	52.0	5.7	1	35	ATPase	NA-K-ATPase	gill	15.0	29.0	2.60	0.30	8	0.33	-1.12	8.00	0.60	8	0.21	-1.55	1.75	0.15	8	0.24	-1.42	3.70	0.40	8.00	0.31	-1.18	umol Pi/h.mg protein	NA	407	0.80	0.01	0.53	0.01	0.25	0.01	0.50	0.15	0.70	0.15	0.21	0.15	-0.31	0.16	0.17	0.16	-0.05	0.16	Cyprinus_carpio
p114	fig	4469	Chordata	Amphibia	Anura	Leptodactylidae	Pleurodema	thaul	t	w	j	Carrera Pinto, Chile	-27.1	-69.9	1	14	sprint	Jumping speed	NA	10.0	20.0	3.35	0.21	31	0.35	-1.05	7.34	0.30	31	0.23	-1.48	3.37	0.26	31	0.43	-0.84	6.91	0.50	31.00	0.40	-0.91	cm/s	NA	408	0.78	0.01	0.72	0.01	0.72	0.01	0.36	0.07	0.65	0.07	0.87	0.07	-0.43	0.07	-0.06	0.08	0.14	0.08	Pleurodema_thaul
p114_o	NA	NA	Annelida	Clitellata	Haplotaxida	Lumbricidae	Eisenia	fetida	t	w	a	Baltimore	39.3	-76.6	1	28	rest_MR	MR	rest	15.0	25.0	1.85	0.14	9	0.23	-1.48	2.40	0.19	6	0.19	-1.64	NA	NA	NA	NA	NA	3.54	0.34	6.00	0.24	-1.45	ul/min/g	Name updated	409	0.26	0.01	NA	NA	0.65	0.01	0.10	0.32	NA	NA	0.68	0.32	-0.16	0.34	NA	NA	0.04	0.34	Eisenia_fetida
p114_o	NA	NA	Annelida	Clitellata	Haplotaxida	Lumbricidae	Eisenia	fetida	t	w	a	Baltimore	39.3	-76.6	1	28	rest_MR	MR	rest	15.0	30.0	1.85	0.14	9	0.23	-1.48	3.71	0.21	6	0.14	-1.98	1.84	0.26	12	0.49	-0.71	4.36	0.26	18.00	0.25	-1.37	ul/min/g	Name updated	410	0.46	0.00	0.58	0.01	0.57	0.00	0.14	0.14	0.14	0.07	0.64	0.08	-0.33	0.15	-0.44	0.08	0.07	0.09	Eisenia_fetida
p114_o	NA	NA	Annelida	Clitellata	Haplotaxida	Lumbricidae	Eisenia	fetida	t	w	a	Baltimore	39.3	-76.6	1	28	rest_MR	MR	rest	25.0	30.0	3.54	0.34	6	0.24	-1.45	4.90	0.26	6	0.13	-2.04	3.71	0.17	12	0.16	-1.84	4.36	0.26	18.00	0.25	-1.37	ul/min/g	Name updated	411	0.65	0.05	0.32	0.02	0.42	0.05	-0.54	1.60	1.26	0.60	0.56	1.04	-1.19	1.65	0.93	0.62	0.15	1.09	Eisenia_fetida
p115	fig	3	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	Gullmar fjord, Sweden	58.3	11.4	1	56	max_MR	MMR	maximum metabolic rate	10.0	16.0	139.93	7.71	11	0.18	-1.70	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	117.40	5.20	11.00	0.15	-1.92	mg O2 kg-1 min-1	Single subject desgin (8 weeks for 16c but used as the period)	412	NA	NA	NA	NA	-0.29	0.01	NA	NA	NA	NA	-0.66	0.56	NA	NA	NA	NA	-0.36	0.57	Myoxocephalus_scorpius
p115	fig	3	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	Gullmar fjord, Sweden	58.3	11.4	1	56	rest_MR	SMR	standard metabolic rate	10.0	16.0	40.82	3.08	11	0.25	-1.38	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	40.76	8.94	11.00	0.73	-0.32	mg O2 kg-1 min-1	Single subject desgin (8 weeks for 16c but used as the period)	413	NA	NA	NA	NA	0.00	0.15	NA	NA	NA	NA	1.78	0.56	NA	NA	NA	NA	1.78	0.71	Myoxocephalus_scorpius
p115_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	60	cardiac	Heart rate	bpm	10.0	25.0	25.00	3.00	NA	NA	NA	97.00	5.00	NA	NA	NA	15.00	3.00	NA	NA	NA	80.00	7.00	NA	NA	NA	bpm	NA	414	0.90	NA	1.12	NA	0.78	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Carassius_auratus
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	sprint	Burst velocity	spring male	15.0	25.0	22.36	1.79	10	0.25	-1.37	38.92	5.17	10	0.42	-0.87	12.55	1.79	10	0.45	-0.79	38.92	2.74	10.00	0.22	-1.50	BLs-1	NA	415	0.55	0.02	1.13	0.03	0.55	0.01	1.06	0.22	0.43	0.22	0.43	0.22	0.51	0.25	-0.71	0.25	-0.13	0.23	Gambusia_holbrooki
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	sprint	Burst velocity	summer male	15.0	25.0	12.89	1.96	10	0.48	-0.73	20.52	1.65	10	0.25	-1.37	10.72	1.65	10	0.49	-0.72	25.46	2.68	10.00	0.33	-1.10	BLs-1	NA	416	0.46	0.03	0.86	0.03	0.68	0.03	-0.17	0.22	0.49	0.22	0.31	0.22	-0.64	0.25	-0.38	0.26	-0.37	0.26	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	COX activity	male spring	15.0	25.0	10.32	0.86	7	0.22	-1.51	13.18	3.00	7	0.60	-0.51	5.91	0.45	7	0.20	-1.59	6.36	0.59	7.00	0.25	-1.40	umol g-1 min -1	NA	417	0.24	0.06	0.07	0.01	-0.48	0.02	1.25	0.33	0.27	0.33	-0.38	0.33	1.00	0.39	0.20	0.35	0.11	0.35	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	COX activity	Female spring	15.0	25.0	9.13	0.74	7	0.21	-1.54	11.42	11.42	7	2.65	0.97	10.46	1.44	7	0.36	-1.01	12.45	1.59	7.00	0.34	-1.09	umol g-1 min -1	NA	418	0.22	1.01	0.17	0.04	0.31	0.02	2.74	0.33	0.10	0.33	0.76	0.33	2.51	1.34	-0.08	0.37	0.45	0.36	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	COX activity	male summer	15.0	25.0	7.56	0.45	7	0.16	-1.84	9.41	0.68	7	0.19	-1.65	7.97	0.87	7	0.29	-1.24	9.90	1.28	7.00	0.34	-1.07	umol g-1 min -1	NA	419	0.22	0.01	0.22	0.03	0.27	0.02	0.41	0.33	0.39	0.33	1.05	0.33	0.19	0.34	0.17	0.36	0.78	0.35	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	COX activity	female summer	15.0	25.0	8.33	0.74	7	0.23	-1.45	11.63	0.74	7	0.17	-1.79	9.88	1.28	7	0.34	-1.07	12.60	1.20	7.00	0.25	-1.38	umol g-1 min -1	NA	420	0.33	0.01	0.24	0.03	0.41	0.02	0.00	0.33	-0.06	0.33	0.48	0.33	-0.33	0.35	-0.31	0.36	0.07	0.35	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	CS activity	male spring	15.0	25.0	8.96	0.62	7	0.18	-1.71	13.00	1.31	7	0.27	-1.32	4.23	0.50	7	0.31	-1.16	6.54	0.77	7.00	0.31	-1.17	umol g-1 min -1	NA	421	0.37	0.01	0.44	0.03	-0.31	0.02	0.75	0.33	0.43	0.33	0.22	0.33	0.38	0.35	0.00	0.36	0.53	0.35	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	CS activity	female spring	15.0	25.0	8.70	0.41	7	0.12	-2.09	12.60	0.33	7	0.07	-2.66	6.78	0.33	7	0.13	-2.04	9.69	0.59	7.00	0.16	-1.83	umol g-1 min -1	NA	422	0.37	0.00	0.36	0.01	0.11	0.01	-0.22	0.33	0.58	0.33	0.36	0.33	-0.59	0.34	0.22	0.34	0.26	0.34	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	CS activity	female summer	15.0	25.0	11.28	0.38	7	0.09	-2.42	15.65	0.68	7	0.12	-2.16	8.62	0.80	7	0.24	-1.41	13.14	0.99	7.00	0.20	-1.62	umol g-1 min -1	NA	423	0.33	0.00	0.42	0.01	0.15	0.01	0.58	0.33	0.21	0.33	0.96	0.33	0.25	0.34	-0.21	0.35	0.80	0.34	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	CS activity	male summer	15.0	25.0	9.64	0.38	7	0.10	-2.25	12.74	0.27	7	0.06	-2.89	8.07	0.65	7	0.21	-1.55	13.51	0.88	7.00	0.17	-1.76	umol g-1 min -1	NA	424	0.28	0.00	0.52	0.01	0.34	0.01	-0.34	0.33	0.30	0.33	0.84	0.33	-0.62	0.34	-0.21	0.34	0.50	0.34	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	LDH activity	female spring	15.0	25.0	54.18	1.33	7	0.07	-2.73	114.23	2.14	7	0.05	-3.01	52.31	5.07	7	0.26	-1.36	111.03	7.74	7.00	0.18	-1.69	umol g-1 min -1	NA	425	0.75	0.00	0.75	0.01	0.72	0.01	0.48	0.33	0.42	0.33	1.76	0.33	-0.27	0.33	-0.33	0.35	1.04	0.34	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	LDH activity	male summer	15.0	25.0	30.63	1.58	7	0.14	-1.99	67.08	3.70	7	0.15	-1.93	24.56	2.64	7	0.28	-1.26	56.25	6.07	7.00	0.29	-1.25	umol g-1 min -1	NA	426	0.78	0.01	0.83	0.02	0.61	0.01	0.85	0.33	0.83	0.33	1.35	0.33	0.07	0.34	0.00	0.36	0.74	0.35	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	LDH activity	female summer	15.0	25.0	38.59	3.09	7	0.21	-1.55	79.25	5.92	7	0.20	-1.62	46.05	5.66	7	0.33	-1.12	92.88	8.75	7.00	0.25	-1.39	umol g-1 min -1	NA	427	0.72	0.01	0.70	0.02	0.88	0.02	0.65	0.33	0.44	0.33	1.04	0.33	-0.07	0.35	-0.27	0.36	0.16	0.35	Gambusia_holbrooki
p116	fig	144	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	metabolic_enzyme	LDH activity	male spring	15.0	25.0	49.04	3.15	7	0.17	-1.77	101.82	6.60	7	0.17	-1.76	33.56	2.29	7	0.18	-1.71	72.85	5.45	7.00	0.20	-1.62	umol g-1 min -1	NA	428	0.73	0.01	0.78	0.01	0.40	0.01	0.74	0.33	0.87	0.33	0.55	0.33	0.01	0.34	0.09	0.34	0.15	0.34	Gambusia_holbrooki
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	max_MR	Max MR	spring both	15.0	25.0	27.81	1.90	12	0.24	-1.44	37.33	2.48	12	0.23	-1.47	17.52	0.95	12	0.19	-1.67	37.71	2.57	12.00	0.24	-1.44	umolg-1h-1	NA	429	0.29	0.01	0.77	0.01	0.30	0.01	0.27	0.18	1.00	0.18	0.30	0.18	-0.03	0.19	0.23	0.19	0.00	0.19	Gambusia_holbrooki
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	max_MR	Max MR	summer both	15.0	25.0	19.48	1.22	12	0.22	-1.53	41.95	2.43	12	0.20	-1.60	16.76	2.15	12	0.45	-0.81	38.76	2.62	12.00	0.23	-1.45	umolg-1h-1	NA	430	0.77	0.01	0.84	0.02	0.69	0.01	0.69	0.18	0.20	0.18	0.76	0.18	-0.08	0.19	-0.64	0.20	0.08	0.19	Gambusia_holbrooki
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	rest_MR	Resting MR	spring both	15.0	25.0	8.00	0.50	12	0.22	-1.53	20.60	1.00	12	0.17	-1.78	7.80	0.60	12	0.27	-1.32	15.50	1.30	12.00	0.29	-1.24	umolg-1h-1	NA	431	0.95	0.01	0.69	0.01	0.66	0.01	0.69	0.18	0.77	0.18	0.96	0.18	-0.25	0.19	0.09	0.19	0.29	0.19	Gambusia_holbrooki
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	rest_MR	Resting MR	summer both	15.0	25.0	11.13	0.69	12	0.21	-1.54	24.14	0.99	12	0.14	-1.96	8.37	0.59	12	0.24	-1.41	13.30	0.49	12.00	0.13	-2.05	umolg-1h-1	NA	432	0.77	0.01	0.46	0.01	0.18	0.01	0.36	0.18	-0.19	0.18	-0.34	0.18	-0.41	0.19	-0.65	0.19	-0.52	0.19	Gambusia_holbrooki
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	endurance	Sustained swimming	spring male	15.0	25.0	6.39	0.91	10	0.45	-0.79	7.36	1.20	10	0.52	-0.66	3.61	1.01	10	0.89	-0.12	12.12	0.91	10.00	0.24	-1.43	BLs-1	NA	433	0.14	0.05	1.21	0.08	0.64	0.03	0.28	0.22	-0.10	0.22	0.00	0.22	0.14	0.27	-1.32	0.31	-0.64	0.25	Gambusia_holbrooki
p116	fig	142	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-33.8	151.2	1	56	endurance	Sustained swimming	summer male	15.0	25.0	4.29	1.43	10	1.05	0.05	7.07	2.12	10	0.95	-0.05	6.07	1.43	10	0.75	-0.29	18.38	1.52	10.00	0.26	-1.34	BLs-1	NA	434	0.50	0.20	1.11	0.06	1.45	0.12	0.39	0.22	0.06	0.22	0.06	0.22	-0.11	0.42	-1.05	0.28	-1.39	0.34	Gambusia_holbrooki
p116_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Nacella	concinna	m	w	a	Adelaide Is, Antarctic Peninsula	67.5	68.0	1	270	muscle	tenacity	NA	-0.3	2.9	690.00	220.00	9	0.96	-0.04	390.00	120.00	4	0.62	-0.49	210.00	100.00	11	1.58	0.46	1040.00	300.00	7.00	0.76	-0.27	NA	NA	435	-1.78	1.92	5.00	3.03	1.28	1.81	-3.16	4.48	2.73	2.60	0.58	2.85	-1.38	6.39	-2.27	5.63	-0.71	4.65	Nacella_concinna
p117_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	bernacchii	m	w	a	McMurdo Sound, Antarctica	77.5	165.0	1	35	rest_MR	MR	rest	-1.5	4.0	3.60	0.10	5	0.06	-2.78	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.20	0.30	7.00	0.19	-1.67	nmol/g.h?	NA	436	NA	NA	NA	NA	0.28	0.02	NA	NA	NA	NA	2.30	1.38	NA	NA	NA	NA	2.02	1.40	Trematomus_bernacchii
p118_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Poecilia	reticulata	f	c	j	Paria River, Trinidad	10.8	61.9	1	70	rest_MR	MR	rest	23.0	30.0	1.41	0.05	15	0.13	-2.05	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.75	0.31	7.00	0.22	-1.52	NA	NA	437	NA	NA	NA	NA	1.40	0.02	NA	NA	NA	NA	2.06	0.49	NA	NA	NA	NA	0.66	0.50	Poecilia_reticulata
p118_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Poecilia	reticulata	f	c	j	Paria River, Trinidad	10.8	61.9	1	70	sprint	swim	sprint	23.0	30.0	40.00	1.00	44	0.17	-1.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	40.50	2.00	19.00	0.22	-1.54	NA	NA	438	NA	NA	NA	NA	0.02	0.01	NA	NA	NA	NA	0.39	0.16	NA	NA	NA	NA	0.37	0.17	Poecilia_reticulata
p119_o	NA	NA	Chordata	Reptilia	Squamata	Phrynosomatidae	Petrosaurus	mearnsi	t	w	a	white water, california	33.9	-116.7	1	10	rest_MR	MR	rest	15.0	35.0	0.02	0.00	10	0.34	-1.07	0.22	0.01	10	0.07	-2.63	0.01	0.00	10	0.56	-0.57	0.13	0.01	10.00	0.12	-2.11	cm3/g/h	NA	439	1.20	0.00	1.28	0.00	0.94	0.00	Inf	0.06	Inf	0.06	Inf	0.06	Inf	0.06	Inf	0.06	Inf	0.06	Petrosaurus_mearnsi
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex I	mitochondrial function - heart	12.0	28.0	1.64	0.45	38	1.69	0.53	2.84	0.35	38	0.76	-0.27	1.68	0.42	26	1.27	0.24	1.50	0.16	26.00	0.54	-0.61	pmol O2/s.ml.ng DNA	northern population	440	0.34	0.04	-0.07	0.03	-0.06	0.03	-0.16	0.02	-0.60	0.03	-0.76	0.03	-0.50	0.06	-0.53	0.06	-0.71	0.06	Fundulus_heteroclitus
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex I	mitochondrial function - heart	12.0	28.0	2.27	0.34	43	0.98	-0.02	3.83	0.56	43	0.96	-0.04	1.44	0.15	40	0.66	-0.42	2.96	0.78	40.00	1.67	0.51	pmol O2/s.ml.ng DNA	southern population	441	0.33	0.02	0.45	0.03	0.17	0.04	0.31	0.02	1.03	0.02	0.50	0.02	-0.02	0.04	0.58	0.05	0.33	0.06	Fundulus_heteroclitus
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex II	mitochondrial function - heart	12.0	28.0	1.23	0.31	38	1.55	0.44	1.61	0.30	38	1.15	0.14	0.95	0.24	26	1.29	0.25	0.84	0.10	26.00	0.60	-0.51	pmol O2/s.ml.ng DNA	NA	442	0.17	0.04	-0.08	0.03	-0.24	0.03	-0.02	0.02	-0.55	0.03	-0.83	0.03	-0.19	0.06	-0.47	0.06	-0.59	0.06	Fundulus_heteroclitus
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex II	mitochondrial function - heart	12.0	28.0	1.96	0.33	43	1.10	0.10	1.90	0.37	43	1.28	0.24	1.33	0.23	40	1.09	0.09	2.31	0.63	40.00	1.72	0.55	pmol O2/s.ml.ng DNA	NA	443	-0.02	0.03	0.35	0.04	0.10	0.04	0.07	0.02	0.63	0.02	0.38	0.02	0.09	0.04	0.28	0.06	0.28	0.06	Fundulus_heteroclitus
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex IV	mitochondrial function - heart	12.0	28.0	6.65	1.42	38	1.32	0.27	17.68	3.68	38	1.28	0.25	5.69	1.34	26	1.20	0.18	10.10	1.38	26.00	0.70	-0.36	pmol O2/s.ml.ng DNA	NA	444	0.61	0.03	0.36	0.03	0.26	0.03	0.60	0.02	0.02	0.03	-0.14	0.03	-0.02	0.06	-0.34	0.06	-0.40	0.05	Fundulus_heteroclitus
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	complex IV	mitochondrial function - heart	12.0	28.0	8.07	1.11	43	0.90	-0.10	18.79	3.95	43	1.38	0.32	5.77	0.69	40	0.76	-0.28	15.96	3.37	40.00	1.34	0.29	pmol O2/s.ml.ng DNA	NA	445	0.53	0.02	0.64	0.02	0.43	0.02	0.79	0.02	0.99	0.02	0.67	0.02	0.27	0.04	0.36	0.04	0.25	0.04	Fundulus_heteroclitus
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	State 3	mitochondrial function - heart	12.0	28.0	2.53	0.55	38	1.34	0.29	4.16	0.66	38	0.98	-0.02	2.15	0.40	26	0.95	-0.05	2.06	0.29	26.00	0.72	-0.33	pmol O2/s.ml.ng DNA	NA	446	0.31	0.03	-0.03	0.02	-0.13	0.03	0.11	0.02	-0.20	0.03	-0.52	0.03	-0.20	0.05	-0.17	0.05	-0.39	0.05	Fundulus_heteroclitus
p12	fig	161	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Mantoloking, NJ, USA	40.0	-74.1	1	28	mito_oxidation	State 3	mitochondrial function - heart	12.0	28.0	3.56	0.43	43	0.79	-0.23	5.69	0.76	43	0.88	-0.13	2.14	0.25	40	0.74	-0.30	4.62	1.30	40.00	1.78	0.58	pmol O2/s.ml.ng DNA	NA	447	0.29	0.01	0.48	0.04	0.16	0.04	0.36	0.02	1.03	0.02	0.67	0.02	0.06	0.03	0.55	0.06	0.51	0.06	Fundulus_heteroclitus
p120_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	niloticus	f	c	a	Kenya	-1.3	36.8	1	90	rest_MR	MR	rest	20.5	26.5	69.60	2.00	6	0.07	-2.65	103.00	1.90	6	0.05	-3.10	38.80	1.30	6	0.08	-2.50	64.50	1.80	6.00	0.07	-2.68	mg/kg/h	NA	448	0.65	0.00	0.85	0.01	-0.13	0.00	-0.09	1.11	0.54	1.11	-0.18	1.11	-0.74	1.11	-0.30	1.12	-0.05	1.12	Oreochromis_niloticus
p121_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ioannina Lake, Greece	39.6	20.9	2	NA	metabolic_enzyme	COX	white muscle	12.3	19.0	NA	NA	NA	NA	NA	3.32	0.39	5	0.26	-1.34	NA	NA	NA	NA	NA	3.52	0.16	5.00	0.10	-2.29	NA	NA	449	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Dicentrarchus_labrax
p121_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ioannina Lake, Greece	39.6	20.9	2	NA	metabolic_enzyme	LDH	white muscle	12.3	19.0	NA	NA	NA	NA	NA	90.40	10.80	5	0.27	-1.32	NA	NA	NA	NA	NA	121.30	18.60	5.00	0.34	-1.07	NA	NA	450	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Dicentrarchus_labrax
p121_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Dicentrarchus	labrax	m	c	j	Ioannina Lake, Greece	39.6	20.9	2	NA	metabolic_enzyme	CCO	red muscle	12.3	19.0	NA	NA	NA	NA	NA	8.80	1.45	5	0.37	-1.00	NA	NA	NA	NA	NA	6.40	0.98	5.00	0.34	-1.07	NA	NA	451	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Dicentrarchus_labrax
p122	fig	20	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	fontinalis	f	w	j	Lake Nipigon, ON, Canada	49.8	-88.6	1	28	rest_MR	SMR	standard metabolic rate	12.0	16.0	5.99	0.38	10	0.20	-1.61	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	10.38	0.79	10.00	0.24	-1.43	mg O2/hr	NA	452	NA	NA	NA	NA	1.37	0.06	NA	NA	NA	NA	1.83	1.39	NA	NA	NA	NA	0.46	1.45	Salvelinus_fontinalis
p122	fig	20	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	fontinalis	f	w	j	Hill’s Lake, ON, Canada	47.7	-80.0	1	28	rest_MR	SMR	standard metabolic rate	12.0	16.0	5.80	0.50	10	0.27	-1.30	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	8.86	0.56	10.00	0.20	-1.61	mg O2/hr	NA	453	NA	NA	NA	NA	1.06	0.07	NA	NA	NA	NA	0.28	1.39	NA	NA	NA	NA	-0.78	1.46	Salvelinus_fontinalis
p122	fig	21	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	fontinalis	f	w	j	Lake Nipigon, ON, Canada	49.8	-88.6	1	28	sprint	Swimming Performance	NA	12.0	16.0	6.17	0.25	10	0.13	-2.05	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.50	0.23	10.00	0.13	-2.01	Bl/s	NA	454	NA	NA	NA	NA	-0.29	0.02	NA	NA	NA	NA	-0.21	1.39	NA	NA	NA	NA	0.08	1.41	Salvelinus_fontinalis
p122	fig	21	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	fontinalis	f	w	j	Hill’s Lake, ON, Canada	47.7	-80.0	1	28	sprint	Swimming Performance	NA	12.0	16.0	5.78	0.38	10	0.21	-1.56	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.10	0.52	10.00	0.27	-1.31	Bl/s	NA	455	NA	NA	NA	NA	0.13	0.07	NA	NA	NA	NA	0.78	1.39	NA	NA	NA	NA	0.65	1.46	Salvelinus_fontinalis
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	5.0	10.0	21.90	4.30	6	0.48	-0.73	41.60	4.60	6	0.27	-1.31	NA	NA	NA	NA	NA	19.40	0.90	6.00	0.11	-2.17	ul/hr	NA	456	1.28	0.20	NA	NA	-0.24	0.16	0.13	1.60	NA	NA	-3.13	1.60	-1.15	1.80	NA	NA	-2.89	1.76	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	5.0	15.0	21.90	4.30	6	0.48	-0.73	68.40	3.80	6	0.14	-1.99	7.40	1.30	6	0.43	-0.84	40.20	6.20	6.00	0.38	-0.97	ul/hr	NA	457	1.14	0.04	1.69	0.05	0.61	0.06	-0.12	0.40	1.56	0.40	0.37	0.40	-1.26	0.44	-0.13	0.45	-0.24	0.46	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	5.0	20.0	21.90	4.30	6	0.48	-0.73	76.40	9.60	6	0.31	-1.18	16.90	2.00	6	0.29	-1.24	44.90	6.30	6.00	0.34	-1.07	ul/hr	NA	458	0.83	0.02	0.65	0.01	0.48	0.03	0.54	0.18	0.76	0.18	0.25	0.18	-0.30	0.20	0.11	0.19	-0.22	0.20	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	5.0	25.0	21.90	4.30	6	0.48	-0.73	104.00	6.00	6	0.14	-1.96	20.40	3.00	6	0.36	-1.02	53.40	10.40	6.00	0.48	-0.74	ul/hr	NA	459	0.78	0.01	0.48	0.01	0.45	0.02	0.17	0.10	0.62	0.10	0.44	0.10	-0.61	0.11	0.14	0.11	0.00	0.12	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	10.0	15.0	19.40	0.90	6	0.11	-2.17	30.00	2.80	6	0.23	-1.48	32.20	3.80	6	0.29	-1.24	40.20	6.20	6.00	0.38	-0.97	ul/hr	NA	460	0.87	0.04	0.44	0.15	1.46	0.10	2.27	1.60	0.98	1.60	3.86	1.60	1.40	1.64	0.54	1.75	2.40	1.70	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	10.0	20.0	19.40	0.90	6	0.11	-2.17	58.80	7.90	6	0.33	-1.11	14.80	3.90	6	0.65	-0.44	44.90	6.30	6.00	0.34	-1.07	ul/hr	NA	461	1.11	0.02	1.11	0.09	0.84	0.02	2.17	0.40	0.48	0.40	1.95	0.40	1.06	0.42	-0.63	0.49	1.11	0.42	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	10.0	25.0	19.40	0.90	6	0.11	-2.17	58.80	10.10	6	0.42	-0.87	23.40	4.30	6	0.45	-0.80	53.40	10.40	6.00	0.48	-0.74	ul/hr	NA	462	0.74	0.01	0.55	0.03	0.68	0.02	1.61	0.18	0.59	0.18	1.63	0.18	0.87	0.19	0.04	0.21	0.96	0.20	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	15.0	20.0	40.20	6.20	6	0.38	-0.97	57.30	9.40	6	0.40	-0.91	28.60	4.00	6	0.34	-1.07	44.90	6.30	6.00	0.34	-1.07	ul/hr	NA	463	0.71	0.20	0.90	0.16	0.22	0.17	0.83	1.60	0.91	1.60	0.03	1.60	0.12	1.80	0.01	1.76	-0.19	1.77	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	15.0	25.0	40.20	6.20	6	0.38	-0.97	61.90	11.60	6	0.46	-0.78	33.50	5.20	6	0.38	-0.97	53.40	10.40	6.00	0.48	-0.74	ul/hr	NA	464	0.43	0.06	0.47	0.06	0.28	0.06	0.63	0.40	0.69	0.40	0.52	0.40	0.19	0.46	0.23	0.46	0.23	0.46	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	rest -aerial	20.0	25.0	44.90	6.30	6	0.34	-1.07	51.00	8.70	6	0.42	-0.87	43.40	5.30	6	0.30	-1.21	53.40	10.40	6.00	0.48	-0.74	ul/g/h	NA	465	0.25	0.20	0.41	0.21	0.35	0.23	0.65	1.60	1.35	1.60	1.00	1.60	0.39	1.80	0.93	1.81	0.66	1.83	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	aquatic routine	10.0	15.0	62.20	5.50	6	0.22	-1.53	95.50	5.00	6	0.13	-2.05	27.50	6.50	6	0.58	-0.55	61.70	11.70	6.00	0.46	-0.77	ul/g/h	NA	466	0.86	0.04	1.62	0.37	-0.02	0.18	-0.19	1.60	1.18	1.60	1.51	1.60	-1.05	1.64	-0.44	1.97	1.53	1.78	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Gastropoda	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	aquatic routine	10.0	20.0	62.20	5.50	6	0.22	-1.53	119.10	6.50	6	0.13	-2.01	20.00	6.40	6	0.78	-0.24	71.76	6.80	6.00	0.23	-1.46	ul/g/h	NA	467	0.65	0.01	1.28	0.11	0.14	0.02	0.17	0.40	0.06	0.40	0.21	0.40	-0.48	0.41	-1.22	0.51	0.07	0.42	Crepidula_fornicata
p122_o	NA	NA	Mollusca	Mollusca	Calyptraeoidea	Calyptraeidae	Crepidula	fornicata	m	w	a	Limfjord, Denmark	56.9	9.1	1	50	rest_MR	MR	aquatic routine	10.0	25.0	62.20	5.50	6	0.22	-1.53	155.00	12.50	6	0.20	-1.62	NA	NA	NA	NA	NA	75.30	10.00	6.00	0.33	-1.12	ul/g/h	NA	468	0.61	0.01	NA	NA	0.13	0.01	0.55	0.18	NA	NA	0.40	0.18	-0.06	0.18	NA	NA	0.27	0.19	Crepidula_fornicata
p123_o	NA	NA	Chordata	Actinopterygii	Perciformes	Apoginidae	Ostorhinchus	doederleini	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	7	rest_MR	MR	rest	29.0	32.0	0.27	0.03	8	0.35	-1.05	0.36	0.09	6	0.63	-0.46	NA	NA	NA	NA	NA	0.46	0.10	6.00	0.54	-0.62	NA	NA	469	0.96	0.83	NA	NA	1.78	0.66	3.18	3.81	NA	NA	3.53	3.81	2.22	4.64	NA	NA	1.76	4.47	Ostorhinchus_doederleini
p123_o	NA	NA	Chordata	Actinopterygii	Perciformes	Pomacentridae	Pomacentrus	moluccensis	m	w	a	Lizard Island QLD, Australia	14.7	145.4	1	22	rest_MR	MR	rest	29.0	32.0	0.28	0.06	12	0.69	-0.38	0.40	0.09	12	0.74	-0.30	NA	NA	NA	NA	NA	0.35	0.06	9.00	0.51	-0.66	NA	NA	470	1.19	1.07	NA	NA	0.74	0.84	1.35	2.02	NA	NA	-0.48	2.40	0.16	3.09	NA	NA	-1.22	3.24	Pomacentrus_moluccensis
p124_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Clinostomus	elongatus	f	w	a	Cattaraugus Co, NY USA	42.2	78.7	1	14	rest_MR	MR	rest	6.0	20.0	0.07	0.01	16	0.59	-0.53	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.23	0.01	31.00	0.25	-1.41	NA	NA	471	NA	NA	NA	NA	0.85	0.01	NA	NA	NA	NA	0.24	0.05	NA	NA	NA	NA	-0.61	0.06	Clinostomus_elongatus
p125_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Barbonymus	schwanenfeldii	f	c	j	NA	NA	NA	1	42	sprint	swim	sprint	20.0	30.0	29.64	7.27	11	0.81	-0.21	30.55	5.45	11	0.59	-0.52	23.64	3.64	10	0.49	-0.72	31.27	5.45	10.00	0.55	-0.60	NA	NA	472	0.03	0.09	0.28	0.05	0.05	0.09	-0.29	0.20	0.40	0.22	-0.34	0.21	-0.32	0.29	0.12	0.28	-0.39	0.30	Barbonymus_schwanenfeldii
p125_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Barbonymus	schwanenfeldii	f	c	j	NA	NA	NA	1	42	endurance	swim	sustained	20.0	30.0	7.45	0.91	8	0.34	-1.06	7.45	2.18	6	0.72	-0.33	7.27	1.27	8	0.49	-0.70	13.09	2.36	6.00	0.44	-0.82	NA	NA	473	0.00	0.10	0.59	0.06	0.56	0.05	0.73	0.34	0.48	0.34	0.81	0.34	0.73	0.44	-0.11	0.41	0.25	0.39	Barbonymus_schwanenfeldii
p125_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Barbus	barbus	f	c	j	UK	NA	NA	1	42	sprint	swim	sprint	7.0	25.0	20.00	3.64	8	0.51	-0.67	30.91	9.09	8	0.83	-0.18	14.55	1.82	8	0.35	-1.04	26.36	3.64	8.00	0.39	-0.94	NA	NA	474	0.24	0.04	0.33	0.01	0.15	0.02	0.51	0.09	0.39	0.09	0.00	0.09	0.27	0.13	0.05	0.10	-0.15	0.10	Barbus_barbus
p125_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Barbus	barbus	f	c	j	UK	NA	NA	1	42	endurance	swim	sustained	7.0	25.0	6.18	2.91	8	1.33	0.29	7.45	0.91	7	0.32	-1.13	0.18	0.00	6	0.02	-3.71	13.09	2.91	7.00	0.59	-0.53	NA	NA	475	0.10	0.07	2.38	0.02	0.42	0.08	-0.68	0.10	Inf	0.11	-0.04	0.10	-0.79	0.17	Inf	0.13	-0.45	0.18	Barbus_barbus
p126_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	metabolic_enzyme	CS	red muscle	8.0	20.0	24.50	4.00	5	0.37	-1.01	NA	NA	NA	NA	NA	14.50	1.00	5	0.15	-1.87	NA	NA	NA	NA	NA	NA	NA	476	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Gasterosteus_aculeatus
p126_o	NA	NA	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Gasterosteus	aculeatus	f	w	a	Kashwitna Lake, AL, USA	61.9	150.0	1	63	metabolic_enzyme	CS	liver	8.0	20.0	1.80	0.10	5	0.12	-2.09	NA	NA	NA	NA	NA	0.85	0.25	5	0.66	-0.42	NA	NA	NA	NA	NA	NA	NA	477	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Gasterosteus_aculeatus
p127_o	NA	NA	Cnidaria	Anthozoa	Actiniaria	Actiniidae	Actinia	equina	m	w	a	Biscay	43.2	-3.0	1	28	rest_MR	MR	rest	15.0	20.0	0.75	NA	NA	NA	NA	1.10	NA	NA	NA	NA	0.70	NA	NA	NA	NA	0.95	NA	NA	NA	NA	ml/g/h	NA	478	0.77	NA	0.61	NA	0.47	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Actinia_equina
p127_o	NA	NA	Cnidaria	Anthozoa	Actiniaria	Actiniidae	Actinia	equina	m	w	a	Biscay	43.2	-3.0	1	28	rest_MR	MR	rest	15.0	25.0	0.75	NA	NA	NA	NA	1.80	NA	NA	NA	NA	0.90	NA	NA	NA	NA	2.00	NA	NA	NA	NA	ml/g/h	NA	479	0.88	NA	0.80	NA	0.98	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Actinia_equina
p127_o	NA	NA	Cnidaria	Anthozoa	Actiniaria	Actiniidae	Actinia	equina	m	w	a	Biscay	43.2	-3.0	1	28	rest_MR	MR	rest	20.0	25.0	0.95	NA	NA	NA	NA	1.20	NA	NA	NA	NA	1.25	NA	NA	NA	NA	2.00	NA	NA	NA	NA	ml/g/h	NA	480	0.47	NA	0.94	NA	1.49	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Actinia_equina
p128	fig	266	Mollusca	Bivalvia	Ostreoida	Mytilidae	Mytilus	coruscus	m	w	j	Shengsi island of Zhejiang Province, china	30.6	121.8	2	14	rest_MR	Respiration rate	NA	25.0	30.0	0.02	0.00	3	0.06	-2.81	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.02	0.00	3.00	0.04	-3.12	mg O2/hr/g	ph7.7 (normal)	481	NA	NA	NA	NA	0.00	0.00	NA	NA	NA	NA	NaN	4.00	NA	NA	NA	NA	NaN	4.00	Mytilus_coruscus
p128_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percidae	Perca	flavescens	f	w	a	Anchor Bay MI, USA	42.8	82.7	2	NA	ATPase	NA-K-ATPase	gill	8.0	17.0	0.48	0.07	6	0.36	-1.03	1.88	0.16	6	0.21	-1.57	0.46	0.08	6	0.43	-0.85	0.80	0.95	6.00	2.91	1.07	umol Pi/h.mg protein	NA	482	1.52	0.04	0.61	1.78	0.57	1.77	0.92	0.49	2.75	0.49	2.90	0.49	-0.60	0.53	2.13	2.27	2.33	2.26	Perca_flavescens
p129	fig	6	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Queensland, Australia	-17.1	139.5	1	56	rest_MR	Adjusted resting VO2	NA	15.0	30.0	0.19	0.06	20	1.37	0.31	1.99	0.06	20	0.13	-2.03	0.11	0.07	20	3.01	1.10	1.50	0.09	20.00	0.28	-1.28	ml/hr	minimum 56 days acclimation but max 98	483	1.57	0.04	1.74	0.18	1.38	0.05	0.00	0.05	0.17	0.05	0.27	0.05	-1.57	0.09	-1.57	0.23	-1.11	0.09	Rhinella_marina
p129	fig	6	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	NSW, Australia	-28.8	153.6	1	56	rest_MR	Adjusted resting VO2	NA	15.0	30.0	0.34	0.07	20	0.90	-0.10	1.93	0.06	20	0.14	-1.96	0.17	0.07	20	1.94	0.66	1.52	0.09	20.00	0.27	-1.31	ml/hr	two populations of two different lat (only one pop’s location noted)	484	1.16	0.02	1.46	0.08	1.00	0.02	-0.10	0.05	0.17	0.05	0.17	0.05	-1.26	0.07	-1.29	0.12	-0.83	0.07	Rhinella_marina
p129_o	NA	NA	Chordata	Reptilia	Squamata	Phrynosomatidae	Urosaurus	ornatus	t	w	a	Maricopa Country, AZ	33.3	-111.8	1	30	rest_MR	MR	rest	5.0	35.0	0.08	0.00	10	0.04	-3.17	0.18	0.00	10	0.03	-3.64	0.62	0.00	10	0.00	-5.97	0.18	0.00	10.00	0.04	-3.32	ml/g/h	NA	485	0.27	0.00	-0.41	0.00	0.27	0.00	NaN	0.02	NaN	0.02	NaN	0.02	NaN	0.02	NaN	0.02	NaN	0.02	Urosaurus_ornatus
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Wiscassett, Maine	44.0	69.7	1	28	mito_oxidation	complex I	mitochondrial function - heart	12.0	28.0	1.09	0.32	33	1.69	0.52	1.98	0.46	33	1.33	0.29	0.90	0.19	26	1.08	0.07	2.01	0.44	26.00	1.12	0.11	pmol O2/s.ml.ng DNA	NA	486	0.37	0.05	0.50	0.04	0.38	0.05	0.23	0.02	0.52	0.03	0.12	0.03	-0.15	0.08	0.02	0.07	-0.26	0.08	Fundulus_heteroclitus
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Sapelo Is, GA	31.5	81.2	1	28	mito_oxidation	complex I	mitochondrial function - heart	12.0	28.0	1.37	0.26	30	1.04	0.04	2.60	0.57	30	1.20	0.18	0.90	0.10	31	0.62	-0.48	2.06	0.40	31.00	1.08	0.08	pmol O2/s.ml.ng DNA	NA	487	0.40	0.03	0.52	0.02	0.25	0.03	0.49	0.03	0.87	0.03	0.28	0.03	0.09	0.06	0.35	0.05	0.02	0.06	Fundulus_heteroclitus
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	grandis	m	w	a	Crawfordville, FL	30.2	84.4	1	28	mito_oxidation	complex I	mitochondrial function - heart	12.0	28.0	1.04	0.23	24	1.08	0.08	3.55	0.53	24	0.73	-0.31	1.15	0.19	25	0.83	-0.19	2.19	0.50	25.00	1.14	0.13	pmol O2/s.ml.ng DNA	NA	488	0.77	0.03	0.40	0.03	0.47	0.04	0.52	0.03	0.60	0.03	0.50	0.03	-0.25	0.06	0.20	0.06	0.03	0.07	Fundulus_grandis
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Wiscassett, Maine	44.0	69.7	1	28	mito_oxidation	complex II	mitochondrial function - heart	12.0	28.0	0.88	0.20	33	1.31	0.27	0.97	0.17	33	1.00	0.00	0.39	0.05	26	0.66	-0.41	1.19	0.23	26.00	0.99	-0.01	pmol O2/s.ml.ng DNA	NA	489	0.06	0.03	0.70	0.02	0.19	0.03	-0.10	0.02	0.95	0.03	0.01	0.03	-0.16	0.06	0.26	0.05	-0.18	0.06	Fundulus_heteroclitus
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Sapelo Is, GA	31.5	81.2	1	28	mito_oxidation	complex II	mitochondrial function - heart	12.0	28.0	0.75	0.14	30	0.99	-0.01	1.47	0.34	30	1.28	0.25	0.60	0.08	31	0.73	-0.32	0.86	0.09	31.00	0.62	-0.49	pmol O2/s.ml.ng DNA	NA	490	0.42	0.03	0.23	0.01	0.09	0.02	0.55	0.03	0.07	0.03	-0.27	0.03	0.13	0.06	-0.15	0.04	-0.35	0.04	Fundulus_heteroclitus
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	grandis	m	w	a	Crawfordville, FL	30.2	84.4	1	28	mito_oxidation	complex II	mitochondrial function - heart	12.0	28.0	1.06	0.36	24	1.65	0.50	1.54	0.15	24	0.47	-0.75	0.58	0.05	25	0.46	-0.77	1.06	0.19	25.00	0.89	-0.12	pmol O2/s.ml.ng DNA	NA	491	0.23	0.05	0.38	0.02	0.00	0.06	-0.55	0.03	0.83	0.03	-0.39	0.03	-0.78	0.08	0.46	0.05	-0.39	0.09	Fundulus_grandis
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Wiscassett, Maine	44.0	69.7	1	28	mito_oxidation	complex IV	mitochondrial function - heart	12.0	28.0	1.91	0.40	33	1.20	0.18	3.66	0.95	33	1.50	0.40	1.85	0.39	26	1.06	0.06	3.68	0.85	26.00	1.18	0.17	pmol O2/s.ml.ng DNA	NA	492	0.41	0.04	0.43	0.04	0.41	0.04	0.54	0.02	0.49	0.03	0.40	0.03	0.13	0.07	0.06	0.07	-0.01	0.07	Fundulus_heteroclitus
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Sapelo Is, GA	31.5	81.2	1	28	mito_oxidation	complex IV	mitochondrial function - heart	12.0	28.0	1.94	0.26	30	0.73	-0.31	3.98	0.67	30	0.92	-0.08	1.70	0.24	31	0.79	-0.24	5.41	1.10	31.00	1.13	0.12	pmol O2/s.ml.ng DNA	NA	493	0.45	0.02	0.72	0.02	0.64	0.02	0.59	0.03	0.95	0.03	0.91	0.03	0.14	0.05	0.23	0.05	0.27	0.05	Fundulus_heteroclitus
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	grandis	m	w	a	Crawfordville, FL	30.2	84.4	1	28	mito_oxidation	complex IV	mitochondrial function - heart	12.0	28.0	1.78	0.33	24	0.91	-0.10	5.13	0.84	24	0.80	-0.22	2.08	0.19	25	0.46	-0.78	3.72	0.81	25.00	1.09	0.08	pmol O2/s.ml.ng DNA	NA	494	0.66	0.02	0.36	0.02	0.46	0.03	0.58	0.03	0.91	0.03	0.57	0.03	-0.08	0.06	0.54	0.05	0.11	0.07	Fundulus_grandis
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Wiscassett, Maine	44.0	69.7	1	28	mito_oxidation	State 3	mitochondrial function - heart	12.0	28.0	2.00	0.47	33	1.36	0.31	3.18	0.57	33	1.03	0.03	1.29	0.26	26	1.04	0.04	3.05	0.63	26.00	1.06	0.06	pmol O2/s.ml.ng DNA	NA	495	0.29	0.03	0.54	0.03	0.26	0.04	0.12	0.02	0.55	0.03	0.11	0.03	-0.17	0.06	0.02	0.06	-0.16	0.07	Fundulus_heteroclitus
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Sapelo Is, GA	31.5	81.2	1	28	mito_oxidation	State 3	mitochondrial function - heart	12.0	28.0	2.12	0.40	30	1.03	0.03	3.94	0.78	30	1.09	0.09	1.73	0.16	31	0.52	-0.65	3.00	0.72	31.00	1.34	0.29	pmol O2/s.ml.ng DNA	NA	496	0.39	0.03	0.34	0.03	0.22	0.04	0.42	0.03	0.94	0.03	0.38	0.03	0.03	0.06	0.60	0.05	0.16	0.06	Fundulus_heteroclitus
p13	fig	190	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	grandis	m	w	a	Crawfordville, FL	30.2	84.4	1	28	mito_oxidation	State 3	mitochondrial function - heart	12.0	28.0	2.63	0.77	24	1.44	0.36	5.73	0.73	24	0.63	-0.47	1.61	0.20	25	0.62	-0.48	3.50	0.65	25.00	0.92	-0.08	pmol O2/s.ml.ng DNA	NA	497	0.49	0.04	0.49	0.02	0.18	0.05	-0.03	0.03	0.74	0.03	-0.09	0.03	-0.52	0.07	0.25	0.05	-0.27	0.08	Fundulus_grandis
p130_o	NA	NA	Echinodermata	Echinoidea	Echinoida	Echinidae	Sterechinus	neumayeri	m	w	a	Andelaide Is, Antarctica	67.5	68.1	1	60	rest_MR	MR	rest	0.9	3.0	8.12	1.27	10	0.49	-0.70	9.11	1.08	10	0.37	-0.98	NA	NA	NA	NA	NA	9.12	0.38	10.00	0.13	-2.03	NA	NA	498	0.55	0.87	NA	NA	0.55	0.59	-0.77	5.04	NA	NA	-5.75	5.04	-1.32	5.91	NA	NA	-6.30	5.63	Sterechinus_neumayeri
p130_o	NA	NA	Arthropoda	Malacostraca	Amphipoda	Maeridae	Paraceradocus	gibber	m	w	a	Andelaide Is, Antarctica	67.5	68.1	1	60	rest_MR	MR	rest	0.9	3.0	8.25	2.14	0	0.00	NA	9.76	2.65	10	0.86	-0.15	NA	NA	NA	NA	NA	14.93	4.07	10.00	0.86	-0.15	NA	NA	499	0.80	NaN	NA	NA	2.82	NaN	Inf	-20.16	NA	NA	Inf	-20.16	Inf	NaN	NA	NA	Inf	NaN	Paraceradocus_gibber
p131	fig2	65	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Brachymystax	lenok	f	w	j	Xushui River National Nature Reserve, Qinling Mountain region, Shaanxi Province, China	33.1	107.1	1	21	max_MR	Max Metabolic rate	NA	6.0	18.0	216.47	11.06	8	0.14	-1.93	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	300.85	10.21	8.00	0.10	-2.34	mg O2/kg/hr	NA	500	NA	NA	NA	NA	0.27	0.00	NA	NA	NA	NA	-0.07	0.20	NA	NA	NA	NA	-0.34	0.20	Brachymystax_lenok
p131	fig2	65	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Brachymystax	lenok	f	w	j	Xushui River National Nature Reserve, Qinling Mountain region, Shaanxi Province, China	33.1	107.1	1	21	endurance	Ucrit	NA	6.0	18.0	37.26	1.61	8	0.12	-2.10	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	46.62	1.30	8.00	0.08	-2.54	cm/s	NA	501	NA	NA	NA	NA	0.19	0.00	NA	NA	NA	NA	-0.18	0.20	NA	NA	NA	NA	-0.36	0.20	Brachymystax_lenok
p131_o	NA	NA	Echinodermata	Echinoidea	Echinoida	Strongylocentrotidae	Strongylocentrotus	droebachiensis	m	w	a	Conception Bay, Newfoundland	47.5	-53.0	1	35	rest_MR	MR	rest	0.0	15.0	5.36	0.28	10	0.17	-1.80	18.80	1.20	10	0.20	-1.60	4.09	0.36	10	0.28	-1.28	18.80	1.00	9.00	0.16	-1.84	ul/g/h	NA	502	0.84	0.00	1.02	0.00	0.84	0.00	0.97	0.10	0.65	0.10	0.81	0.10	0.13	0.10	-0.37	0.11	-0.02	0.11	Strongylocentrotus_droebachiensis
p132	fig1	537	Chordata	Actinopterygii	Anabantiformes	Channidae	Channa	argus	f	c	j	Guangdong province, China	23.1	113.5	1	14	rest_MR	RMR	NA	15.0	35.0	50.74	6.28	7	0.33	-1.12	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	362.62	57.46	7.00	0.42	-0.87	mgO2/kg/hr	Note, location unknown except generally so took capital of province along the delta.	503	NA	NA	NA	NA	0.98	0.01	NA	NA	NA	NA	1.11	0.08	NA	NA	NA	NA	0.12	0.09	Channa_argus
p132	fig2	538	Chordata	Actinopterygii	Anabantiformes	Channidae	Channa	argus	f	c	j	Guangdong province, China	23.1	113.5	1	14	other	Ventilation frequency	NA	15.0	35.0	36.99	2.10	7	0.15	-1.90	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	79.86	3.08	7.00	0.10	-2.28	times/min	NA	504	NA	NA	NA	NA	0.38	0.00	NA	NA	NA	NA	0.19	0.08	NA	NA	NA	NA	-0.19	0.08	Channa_argus
p132_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	perezi	f	w	a	Galicia, Spain	42.5	-8.1	1	113	rest_MR	MR	rest	10.0	29.0	15.00	1.00	4	0.13	-2.01	80.00	6.00	4	0.15	-1.90	7.00	1.00	4	0.29	-1.25	95.00	15.00	4.00	0.32	-1.15	ul/g/h	NA	505	0.88	0.00	1.37	0.01	0.97	0.01	0.94	0.18	1.43	0.18	1.43	0.18	0.06	0.19	0.05	0.20	0.45	0.19	Rana_perezi
p133	fig1	236	Chordata	Reptilia	Testudines	Geoemydidae	Chinemys	reevesii	t	w	j	Haining, Zhejiang, Eastern China	30.3	120.4	1	28	sprint	Running Speed (cm/s)	NA	17.0	33.0	1.22	0.22	36	1.09	0.09	1.75	0.20	36	0.67	-0.40	3.03	0.59	36	1.16	0.15	5.72	0.84	36.00	0.88	-0.13	cm/s	NA	506	0.23	0.02	0.40	0.02	0.97	0.02	-0.06	0.02	0.22	0.02	0.84	0.02	-0.29	0.04	-0.18	0.05	-0.13	0.04	Chinemys_reevesii
p133	fig1	236	Chordata	Reptilia	Testudines	Geoemydidae	Chinemys	reevesii	t	w	j	Haining, Zhejiang, Eastern China	30.3	120.4	1	28	sprint	Swimming Speed (cm/s)	NA	17.0	33.0	4.09	0.46	36	0.67	-0.40	3.86	0.42	36	0.66	-0.42	6.82	0.51	36	0.45	-0.81	9.07	0.56	36.00	0.37	-0.99	cm/s	NA	507	-0.04	0.01	0.18	0.00	0.50	0.01	-0.06	0.02	0.06	0.02	0.12	0.02	-0.02	0.03	-0.12	0.03	-0.37	0.03	Chinemys_reevesii
p133_o	NA	NA	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	virginica	m	c	a	Gulf of St Laurence, Canada	47.8	64.6	1	28	rest_MR	MR	routine	4.0	20.0	4.06	0.63	50	1.09	0.08	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	13.76	0.47	50.00	0.24	-1.42	dry mass	NA	508	NA	NA	NA	NA	0.76	0.01	NA	NA	NA	NA	-0.18	0.02	NA	NA	NA	NA	-0.95	0.03	Crassostrea_virginica
p133_o	NA	NA	Mollusca	Bivalvia	Mytiloida	Mytilidae	Mytilus	edulis	m	c	a	Gulf of St Laurence, Canada	47.8	64.6	1	28	rest_MR	MR	routine	4.0	20.0	5.78	0.63	50	0.76	-0.27	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	26.26	0.63	50.00	0.17	-1.78	dry mass	NA	509	NA	NA	NA	NA	0.95	0.00	NA	NA	NA	NA	0.00	0.02	NA	NA	NA	NA	-0.95	0.02	Mytilus_edulis
p134	fig2	122	Chordata	Reptilia	Testudines	Geoemydidae	Mauremys	reevesii	t	w	j	Haining, Zhejiang, Eastern China	30.3	120.4	1	28	rest_MR	Standard metabolic rate (ml CO2/min)	NA	17.0	33.0	0.02	0.01	10	0.80	-0.23	0.07	0.00	10	0.09	-2.39	0.06	0.00	10	0.24	-1.42	0.12	0.01	10.00	0.18	-1.71	ml CO2/min	NA	510	0.78	0.10	0.43	0.00	1.12	0.10	-Inf	0.09	Inf	0.09	0.00	0.09	-Inf	0.18	Inf	0.09	-1.12	0.19	Mauremys_reevesii
p134_o	NA	NA	Mollusca	Bivalvia	Unionoida	Unionidae	Pyganodon	cataracta	f	w	a	Winston-Salem, Forsyth County, North Carolina	36.1	-80.3	1	7	cardiac	HR	rest	15.0	25.0	7.00	0.50	10	0.23	-1.49	18.00	2.00	10	0.35	-1.05	8.00	0.50	10	0.20	-1.62	19.00	2.00	10.00	0.33	-1.10	NA	NA	511	0.94	0.02	0.86	0.01	1.00	0.02	1.39	0.22	1.39	0.22	1.39	0.22	0.44	0.24	0.52	0.24	0.39	0.24	Pyganodon_cataracta
p134_o	NA	NA	Mollusca	Bivalvia	Unionoida	Unionidae	Pyganodon	cataracta	f	w	j	Winston-Salem, Forsyth County, North Carolina	36.1	-80.3	1	7	cardiac	HR	rest	15.0	25.0	27.00	0.50	20	0.08	-2.49	53.00	0.50	20	0.04	-3.17	19.00	0.50	20	0.12	-2.14	53.00	0.50	20.00	0.04	-3.17	NA	NA	512	0.67	0.00	1.03	0.00	0.67	0.00	0.00	0.11	0.00	0.11	0.00	0.11	-0.67	0.11	-1.03	0.11	-0.67	0.11	Pyganodon_cataracta
p134_o	NA	NA	Mollusca	Bivalvia	Unionoida	Unionidae	Utterbackia	imbecillis	f	w	a	Mecklenberg County, North Carolina	35.5	-80.8	1	7	cardiac	HR	rest	15.0	25.0	7.50	0.50	10	0.21	-1.56	14.00	0.50	10	0.11	-2.18	7.50	0.50	10	0.21	-1.56	14.00	0.50	10.00	0.11	-2.18	NA	NA	513	0.62	0.01	0.62	0.01	0.62	0.01	0.00	0.22	0.00	0.22	0.00	0.22	-0.62	0.23	-0.62	0.23	-0.62	0.23	Utterbackia_imbecillis
p134_o	NA	NA	Mollusca	Bivalvia	Unionoida	Unionidae	Utterbackia	imbecillis	f	w	j	Mecklenberg County, North Carolina	35.5	-80.8	1	7	cardiac	HR	rest	15.0	25.0	15.00	0.50	20	0.15	-1.90	27.00	0.50	20	0.08	-2.49	18.00	0.50	20	0.12	-2.09	43.00	3.00	20.00	0.31	-1.16	NA	NA	514	0.59	0.00	0.87	0.01	1.05	0.01	0.00	0.11	1.79	0.11	1.79	0.11	-0.59	0.11	0.92	0.11	0.74	0.11	Utterbackia_imbecillis
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	metabolic_enzyme	COX activity	heart	12.5	27.5	433.10	49.43	10	0.36	-1.02	801.26	52.46	10	0.21	-1.57	352.61	67.17	10	0.60	-0.51	676.35	39.72	10.00	0.19	-1.68	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals	515	0.41	0.01	0.43	0.02	0.30	0.01	0.04	0.10	-0.35	0.10	-0.15	0.10	-0.37	0.11	-0.78	0.12	-0.44	0.11	Silurus_meridionalis
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	metabolic_enzyme	COX activity	kidney	12.5	27.5	175.77	22.39	10	0.40	-0.91	398.16	86.05	10	0.68	-0.38	126.59	22.56	10	0.56	-0.57	326.78	24.01	10.00	0.23	-1.46	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals	516	0.55	0.03	0.63	0.02	0.41	0.01	0.90	0.10	0.04	0.10	0.05	0.10	0.35	0.13	-0.59	0.12	-0.37	0.11	Silurus_meridionalis
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	metabolic_enzyme	COX activity	liver	12.5	27.5	155.23	25.27	10	0.51	-0.66	365.69	26.39	10	0.23	-1.48	127.40	25.65	10	0.64	-0.45	297.73	43.28	10.00	0.46	-0.78	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals	517	0.57	0.01	0.57	0.03	0.43	0.02	0.03	0.10	0.35	0.10	0.36	0.10	-0.54	0.11	-0.22	0.13	-0.08	0.12	Silurus_meridionalis
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	metabolic_enzyme	COX activity	brain	12.5	27.5	91.08	16.89	10	0.59	-0.53	148.72	9.16	10	0.19	-1.64	66.10	14.81	10	0.71	-0.34	148.64	14.68	10.00	0.31	-1.16	nmol O2 min-1 mg -1 mitochondrial protein	Something I noticed - brain and muscle does not seem to show expected patterns	518	0.33	0.02	0.54	0.03	0.33	0.02	-0.41	0.10	-0.01	0.10	-0.09	0.10	-0.73	0.12	-0.55	0.13	-0.42	0.12	Silurus_meridionalis
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	metabolic_enzyme	COX activity	white muscle	12.5	27.5	31.20	5.24	10	0.53	-0.63	66.92	6.44	10	0.30	-1.19	30.89	5.51	10	0.56	-0.57	67.38	6.68	10.00	0.31	-1.16	nmol O2 min-1 mg -1 mitochondrial protein	Something I noticed - brain and muscle does not seem to show expected patterns	519	0.51	0.02	0.52	0.02	0.51	0.02	0.14	0.10	0.13	0.10	0.16	0.10	-0.37	0.12	-0.39	0.12	-0.35	0.12	Silurus_meridionalis
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	mito_oxidation	State III rate	heart	12.5	27.5	39.87	2.97	10	0.24	-1.45	81.17	4.42	10	0.17	-1.76	28.43	3.76	10	0.42	-0.87	81.17	4.42	10.00	0.17	-1.76	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals	520	0.47	0.00	0.70	0.01	0.47	0.00	0.27	0.10	0.11	0.10	0.27	0.10	-0.21	0.10	-0.59	0.11	-0.21	0.10	Silurus_meridionalis
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	mito_oxidation	State III rate	kidney	12.5	27.5	17.82	1.63	10	0.29	-1.24	37.03	1.51	10	0.13	-2.05	10.65	1.42	10	0.42	-0.87	30.90	2.96	10.00	0.30	-1.20	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals	521	0.49	0.00	0.71	0.01	0.37	0.01	-0.05	0.10	0.49	0.10	0.40	0.10	-0.54	0.10	-0.22	0.11	0.03	0.11	Silurus_meridionalis
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	mito_oxidation	State III rate	liver	12.5	27.5	16.29	2.09	10	0.40	-0.90	38.46	1.98	10	0.16	-1.81	10.15	1.70	10	0.53	-0.64	32.60	2.63	10.00	0.25	-1.37	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals	522	0.57	0.01	0.78	0.02	0.46	0.01	-0.04	0.10	0.29	0.10	0.15	0.10	-0.61	0.11	-0.49	0.11	-0.31	0.11	Silurus_meridionalis
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	mito_oxidation	State III rate	brain	12.5	27.5	7.82	2.04	10	0.83	-0.19	19.32	1.89	10	0.31	-1.18	5.85	1.74	10	0.94	-0.06	19.49	1.43	10.00	0.23	-1.46	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals	523	0.60	0.03	0.80	0.04	0.61	0.03	-0.05	0.10	-0.13	0.10	-0.24	0.10	-0.65	0.13	-0.93	0.14	-0.85	0.13	Silurus_meridionalis
p135	fig	68	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.4	106.4	1	14	mito_oxidation	State III rate	white muscle	12.5	27.5	2.61	0.54	10	0.65	-0.43	6.34	0.77	10	0.39	-0.95	2.59	0.51	10	0.62	-0.47	7.38	0.87	10.00	0.37	-0.98	nmol O2 min-1 mg -1 mitochondrial protein	they are all the same individuals	524	0.59	0.03	0.70	0.02	0.69	0.03	0.24	0.10	0.36	0.10	0.32	0.10	-0.36	0.12	-0.34	0.12	-0.37	0.12	Silurus_meridionalis
p135_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Procambarus	clarkii	f	c	a	Baton Rouge LA, USA	30.5	91.1	1	21	rest_MR	MR	rest	10.0	30.0	15.01	4.06	8	0.77	-0.27	60.96	15.63	8	0.73	-0.32	10.94	2.19	8	0.57	-0.57	51.58	9.38	8.00	0.51	-0.67	NA	NA	525	0.70	0.03	0.78	0.02	0.62	0.03	0.67	0.07	0.73	0.07	0.42	0.07	-0.03	0.11	-0.05	0.09	-0.20	0.10	Procambarus_clarkii
p135_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Procambarus	zonangulus	f	c	a	Baton Rouge LA, USA	30.5	91.1	1	21	rest_MR	MR	rest	10.0	30.0	13.13	2.50	8	0.54	-0.62	75.97	14.07	8	0.52	-0.65	17.19	3.75	8	0.62	-0.48	85.97	15.63	8.00	0.51	-0.67	NA	NA	526	0.88	0.02	0.80	0.02	0.94	0.02	0.86	0.07	0.71	0.07	0.92	0.07	-0.01	0.09	-0.09	0.09	-0.02	0.09	Procambarus_zonangulus
p136_o	NA	NA	Chordata	Actinopterygii	Perciformes	Blenniidae	Scartichthys	viridis	m	w	a	Las Cruces, Chile	33.5	71.7	1	45	rest_MR	MR	rest	15.0	25.0	3.13	0.16	10	0.16	-1.84	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	23.45	2.50	12.00	0.37	-1.00	NA	NA	527	NA	NA	NA	NA	2.01	0.01	NA	NA	NA	NA	2.84	0.20	NA	NA	NA	NA	0.83	0.22	Scartichthys_viridis
p136_o	NA	NA	Chordata	Actinopterygii	Perciformes	Blenniidae	Scartichthys	viridis	m	w	a	Carrizal Bajo, Chile	28.1	71.2	1	46	rest_MR	MR	rest	15.0	25.0	11.25	1.56	13	0.50	-0.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.25	0.63	13.00	0.36	-1.02	NA	NA	528	NA	NA	NA	NA	-0.59	0.03	NA	NA	NA	NA	-0.91	0.17	NA	NA	NA	NA	-0.32	0.20	Scartichthys_viridis
p136_o	NA	NA	Chordata	Actinopterygii	Perciformes	Blenniidae	Scartichthys	viridis	m	w	a	Antofagasta, Chile	23.4	70.7	1	47	rest_MR	MR	rest	15.0	25.0	10.32	0.78	10	0.24	-1.43	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	12.51	2.19	11.00	0.58	-0.54	NA	NA	529	NA	NA	NA	NA	0.19	0.04	NA	NA	NA	NA	1.08	0.21	NA	NA	NA	NA	0.89	0.25	Scartichthys_viridis
p137	fig2	451	Chordata	Reptilia	Squamata	Scincidae	Mabuya	brevicollis	t	w	a	South Western, Saudi Arabia	19.2	45.9	1	21	rest_MR	log Adjusted MR	NA	21.0	30.0	0.09	0.04	22	2.05	0.72	0.13	0.03	18	0.82	-0.20	0.45	0.03	22	0.33	-1.12	0.55	0.02	18.00	0.17	-1.79	log ml/hr	NA	530	0.41	0.31	0.22	0.01	2.01	0.25	-0.43	0.13	-0.56	0.13	-0.88	0.13	-0.84	0.44	-0.78	0.14	-2.89	0.38	Mabuya_brevicollis
p137_o	NA	NA	Arthropoda	Insecta	Coeloptera	Tenebrionidae	Tenebrio	molitor	t	c	a	NA	NA	NA	1	30	ATPase	ATPase	thorax	15.0	30.0	0.41	NA	NA	NA	NA	2.70	NA	NA	NA	NA	0.35	NA	NA	NA	NA	1.18	NA	NA	NA	NA	ug P/mg insect/min	no N values to calculate SE from SD	531	1.26	NA	0.81	NA	0.70	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Tenebrio_molitor
p137_o	NA	NA	Arthropoda	Insecta	Coeloptera	Tenebrionidae	Tenebrio	obscurus	t	c	a	NA	NA	NA	1	30	ATPase	ATPase	thorax	15.0	30.0	0.40	NA	NA	NA	NA	2.61	NA	NA	NA	NA	9.32	NA	NA	NA	NA	1.50	NA	NA	NA	NA	ug P/mg insect/min	NA	532	1.25	NA	-1.22	NA	0.88	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Tenebrio_obscurus
p138_o	NA	NA	Chordata	Reptilia	Squamata	Polychrotidae	Anolis	carolinensis	t	w	a	Alabama	32.7	-86.7	1	14	rest_MR	MR	rest	10.0	30.0	0.05	0.00	10	0.18	-1.70	0.49	0.04	10	0.23	-1.47	0.04	0.01	10	0.51	-0.67	0.43	0.02	10.00	0.17	-1.79	ml/g.8/h	NA	533	1.14	0.00	1.19	0.02	1.08	0.00	Inf	0.06	0.35	0.06	Inf	0.06	Inf	0.06	-0.84	0.07	Inf	0.06	Anolis_carolinensis
p138_o	NA	NA	Chordata	Reptilia	Squamata	Teiidae	Cnemidophorus	sexlineatus	t	w	a	Alabama	32.7	-86.7	1	14	rest_MR	MR	rest	10.0	30.0	0.03	0.00	10	0.22	-1.52	0.37	0.03	10	0.25	-1.39	0.03	0.00	10	0.20	-1.59	0.27	0.02	10.00	0.25	-1.40	ml/g.8/h	NA	534	1.26	0.00	1.10	0.00	1.10	0.00	Inf	0.06	Inf	0.06	Inf	0.06	Inf	0.06	Inf	0.06	Inf	0.06	Cnemidophorus_sexlineatus
p139_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Penaeidae	Litopenaeus	stylirostris	m	c	j	El Camaron Dorado, Sonora, Mexico	27.5	109.9	1	30	rest_MR	MR	rest	23.0	33.0	334.50	NA	20	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	528.30	NA	20.00	NA	NA	dry mass	NA	535	NA	NA	NA	NA	0.46	NA	NA	NA	NA	NA	NA	0.11	NA	NA	NA	NA	NA	NA	Litopenaeus_stylirostris
p14	fig	54	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Jimtown, Nova Scotia, Canada	44.7	61.9	1	24	other	NaCl excretion rate in opercular epithelia	NA	5.0	20.0	18.34	4.73	12	0.89	-0.11	57.99	6.51	12	0.39	-0.94	49.11	7.69	12	0.54	-0.61	165.09	20.71	12.00	0.43	-0.83	microA/cm2	NA	536	0.77	0.04	0.81	0.02	1.46	0.04	0.21	0.08	0.66	0.08	0.98	0.08	-0.55	0.12	-0.15	0.10	-0.48	0.12	Fundulus_heteroclitus
p140_o	NA	NA	Chordata	Actinopterygii	Tetradontiformes	Tetradontidae	Sphoeroides	annulatus	m	c	j	Sonora, Mexico	27.5	109.9	1	30	rest_MR	MR	rest	19.0	31.0	1.28	NA	15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.53	NA	15.00	NA	NA	NA	NA	537	NA	NA	NA	NA	0.57	NA	NA	NA	NA	NA	NA	0.10	NA	NA	NA	NA	NA	NA	Sphoeroides_annulatus
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Limacidae	Limax	maximus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	5.0	15.0	23.00	10.00	25	2.17	0.78	52.00	9.00	25	0.87	-0.14	18.00	9.00	25	2.50	0.92	54.00	9.00	25.00	0.83	-0.18	ul/g/h	introduced species	538	0.82	0.22	1.10	0.28	0.85	0.22	-0.11	0.08	0.00	0.08	-0.11	0.08	-0.92	0.30	-1.10	0.36	-0.96	0.30	Limax_maximus
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Limacidae	Limax	maximus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	5.0	25.0	23.00	10.00	25	2.17	0.78	99.00	9.50	25	0.48	-0.73	22.00	9.00	25	2.05	0.72	83.00	8.50	25.00	0.51	-0.67	ul/g/h	NA	539	0.73	0.05	0.66	0.04	0.64	0.05	-0.03	0.02	-0.03	0.02	-0.08	0.02	-0.76	0.07	-0.69	0.07	-0.72	0.07	Limax_maximus
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Limacidae	Limax	maximus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	15.0	25.0	54.00	9.00	25	0.83	-0.18	83.00	8.50	25	0.51	-0.67	53.00	9.00	25	0.85	-0.16	83.00	8.50	25.00	0.51	-0.67	ul/g/h	NA	540	0.43	0.04	0.45	0.04	0.43	0.04	-0.06	0.08	-0.06	0.08	-0.06	0.08	-0.49	0.12	-0.51	0.12	-0.49	0.12	Limax_maximus
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Philomycidae	Philomycus	carolinianus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	5.0	15.0	9.00	6.00	25	3.33	1.20	38.00	6.00	25	0.79	-0.24	14.00	6.00	25	2.14	0.76	41.00	6.00	25.00	0.73	-0.31	ul/g/h	NA	541	1.44	0.47	1.07	0.21	1.52	0.47	0.00	0.08	0.00	0.08	0.00	0.08	-1.44	0.55	-1.07	0.29	-1.52	0.55	Philomycus_carolinianus
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Philomycidae	Philomycus	carolinianus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	5.0	25.0	9.00	6.00	25	3.33	1.20	85.00	6.50	25	0.38	-0.96	15.00	6.00	25	2.00	0.69	93.00	6.00	25.00	0.32	-1.13	ul/g/h	NA	542	1.12	0.11	0.91	0.04	1.17	0.11	0.04	0.02	0.00	0.02	0.00	0.02	-1.08	0.13	-0.91	0.06	-1.17	0.13	Philomycus_carolinianus
p141_o	NA	NA	Mollusca	Gastropoda	Stylommatophora	Philomycidae	Philomycus	carolinianus	t	NA	a	NA	NA	NA	1	32	rest_MR	MR	rest	15.0	25.0	41.00	6.00	25	0.73	-0.31	104.00	7.00	25	0.34	-1.09	43.00	6.00	25	0.70	-0.36	93.00	6.00	25.00	0.32	-1.13	ul/g/h	NA	543	0.93	0.03	0.77	0.02	0.82	0.03	0.15	0.08	0.00	0.08	0.00	0.08	-0.78	0.11	-0.77	0.11	-0.82	0.11	Philomycus_carolinianus
p142_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	31	rest_MR	MR	rest	-1.0	4.0	0.72	0.24	4	0.67	-0.41	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.81	0.31	4.00	0.77	-0.27	NA	NA	544	NA	NA	NA	NA	0.24	1.03	NA	NA	NA	NA	0.51	2.67	NA	NA	NA	NA	0.28	3.70	Pagothenia_borchgrevincki
p142_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	28	rest_MR	MR	rest	-1.0	4.0	1.12	0.11	8	0.28	-1.28	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.05	0.09	8.00	0.25	-1.41	NA	NA	545	NA	NA	NA	NA	-0.13	0.07	NA	NA	NA	NA	-0.40	1.14	NA	NA	NA	NA	-0.27	1.21	Pagothenia_borchgrevincki
p142_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	28	max_MR	MR	max	-1.0	4.0	98.40	5.00	8	0.14	-1.94	87.00	10.00	8	0.33	-1.12	69.00	8.00	8	0.33	-1.11	98.40	9.10	8.00	0.26	-1.34	NA	NA	546	-0.25	0.06	0.71	0.09	0.00	0.04	1.39	1.14	0.26	1.14	1.20	1.14	1.63	1.21	-0.45	1.23	1.20	1.19	Pagothenia_borchgrevincki
p142_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	26	endurance	swim	sustained	-1.0	4.0	1.88	0.06	8	0.09	-2.40	1.56	0.05	16	0.13	-2.05	1.71	0.11	16	0.26	-1.36	2.04	0.11	8.00	0.15	-1.88	NA	NA	547	-0.37	0.01	0.35	0.03	0.16	0.02	0.33	0.84	-0.69	0.84	1.21	1.14	0.70	0.85	-1.05	0.87	1.05	1.16	Pagothenia_borchgrevincki
p143_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	j	Sydney, Australia	33.9	151.2	1	42	metabolic_enzyme	CS	muscle, mixed	10.0	20.0	8.20	1.00	8	0.34	-1.06	8.80	0.90	8	0.29	-1.24	6.20	2.00	8	0.91	-0.09	6.50	3.00	8.00	1.31	0.27	NA	NA	548	0.07	0.03	0.05	0.32	-0.23	0.23	-0.11	0.29	0.41	0.29	1.10	0.29	-0.18	0.31	0.36	0.60	1.33	0.51	Limnodynastes_peronii
p143_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	j	Sydney, Australia	33.9	151.2	1	42	metabolic_enzyme	LDH	muscle, mixed	10.0	20.0	27.00	1.00	8	0.10	-2.26	39.50	1.50	8	0.11	-2.23	5.00	0.50	8	0.28	-1.26	8.00	1.00	8.00	0.35	-1.04	NA	NA	549	0.38	0.00	0.47	0.03	-1.22	0.02	0.41	0.29	0.69	0.29	0.00	0.29	0.03	0.29	0.22	0.31	1.22	0.30	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	COX	muscle, gastrocnemius	15.0	25.0	4.00	0.50	5	0.28	-1.27	4.60	0.50	5	0.24	-1.41	3.50	0.40	5	0.26	-1.36	4.30	0.50	5.00	0.26	-1.35	NA	NA	550	0.14	0.03	0.21	0.03	0.07	0.03	0.00	0.50	0.22	0.50	0.00	0.50	-0.14	0.53	0.02	0.53	-0.07	0.53	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	COX	liver	15.0	25.0	5.60	0.30	5	0.12	-2.12	5.80	0.60	5	0.23	-1.46	3.00	0.30	5	0.22	-1.50	4.80	0.60	5.00	0.28	-1.27	NA	NA	551	0.04	0.01	0.47	0.03	-0.15	0.02	0.69	0.50	0.69	0.50	0.69	0.50	0.66	0.51	0.22	0.53	0.85	0.52	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	COX	muscle, external oblique, males	15.0	25.0	11.60	0.80	5	0.15	-1.87	13.20	2.70	5	0.46	-0.78	6.40	0.70	5	0.24	-1.41	12.40	2.40	5.00	0.43	-0.84	NA	NA	552	0.13	0.05	0.66	0.05	0.07	0.04	1.22	0.50	1.23	0.50	1.10	0.50	1.09	0.55	0.57	0.55	1.03	0.54	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	COX	muscle, external oblique, females	15.0	25.0	5.00	1.20	5	0.54	-0.62	6.20	1.30	5	0.47	-0.76	3.50	0.60	5	0.38	-0.96	8.20	3.00	5.00	0.82	-0.20	NA	NA	553	0.22	0.10	0.85	0.16	0.49	0.19	0.08	0.50	1.61	0.50	0.92	0.50	-0.14	0.60	0.76	0.66	0.42	0.69	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	CS	muscle, gastrocnemius	15.0	25.0	7.00	0.40	5	0.13	-2.06	8.00	0.70	5	0.20	-1.63	6.00	0.50	5	0.19	-1.68	9.00	0.80	5.00	0.20	-1.62	NA	NA	554	0.13	0.01	0.41	0.01	0.25	0.01	0.56	0.50	0.47	0.50	0.69	0.50	0.43	0.51	0.06	0.51	0.44	0.51	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	CS	liver	15.0	25.0	4.00	0.30	5	0.17	-1.79	6.00	0.50	5	0.19	-1.68	6.00	0.60	5	0.22	-1.50	9.00	1.20	5.00	0.30	-1.21	NA	NA	555	0.41	0.01	0.41	0.03	0.81	0.02	0.51	0.50	0.69	0.50	1.39	0.50	0.11	0.51	0.29	0.53	0.58	0.52	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	CS	muscle, external oblique, males	15.0	25.0	36.90	6.30	5	0.38	-0.96	53.30	8.90	5	0.37	-0.99	14.50	4.30	5	0.66	-0.41	26.30	3.90	5.00	0.33	-1.10	NA	NA	556	0.37	0.06	0.60	0.11	-0.34	0.05	0.35	0.50	-0.10	0.50	-0.48	0.50	-0.02	0.56	-0.69	0.61	-0.14	0.55	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	CS	muscle, external oblique, females	15.0	25.0	6.80	1.10	5	0.36	-1.02	11.30	3.50	5	0.69	-0.37	6.80	1.00	5	0.33	-1.11	9.30	1.80	5.00	0.43	-0.84	NA	NA	557	0.51	0.12	0.31	0.06	0.31	0.06	1.16	0.50	0.59	0.50	0.49	0.50	0.65	0.62	0.27	0.56	0.18	0.56	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	HOAD	muscle, external oblique, males	15.0	25.0	6.40	2.10	5	0.73	-0.31	12.60	3.00	5	0.53	-0.63	3.40	0.30	5	0.20	-1.62	5.30	1.00	5.00	0.42	-0.86	NA	NA	558	0.68	0.16	0.44	0.04	-0.19	0.14	0.36	0.50	1.20	0.50	-0.74	0.50	-0.32	0.66	0.76	0.54	-0.55	0.64	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	HOAD	muscle, external oblique, females	15.0	25.0	2.10	0.20	5	0.21	-1.55	3.10	0.50	5	0.36	-1.02	2.00	0.30	5	0.34	-1.09	3.20	0.40	5.00	0.28	-1.27	NA	NA	559	0.39	0.04	0.47	0.04	0.42	0.02	0.92	0.50	0.29	0.50	0.69	0.50	0.53	0.54	-0.18	0.54	0.27	0.52	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	LDH	muscle, gastrocnemius	15.0	25.0	222.00	14.80	5	0.15	-1.90	327.00	14.10	5	0.10	-2.34	162.00	15.20	5	0.21	-1.56	237.00	15.40	5.00	0.15	-1.93	NA	NA	560	0.39	0.01	0.38	0.01	0.07	0.01	-0.05	0.50	0.01	0.50	0.04	0.50	-0.44	0.51	-0.37	0.51	-0.03	0.51	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	LDH	liver	15.0	25.0	35.00	3.50	5	0.22	-1.50	55.00	5.70	5	0.23	-1.46	36.00	3.60	5	0.22	-1.50	61.00	5.70	5.00	0.21	-1.57	NA	NA	561	0.45	0.02	0.53	0.02	0.56	0.02	0.49	0.50	0.46	0.50	0.49	0.50	0.04	0.52	-0.07	0.52	-0.07	0.52	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	metabolic_enzyme	LDH	muscle, external oblique, males	15.0	25.0	134.00	13.30	5	0.22	-1.51	194.00	12.20	5	0.14	-1.96	107.00	13.80	5	0.29	-1.24	160.00	16.30	5.00	0.23	-1.48	NA	NA	562	0.37	0.01	0.40	0.03	0.18	0.02	-0.09	0.50	0.17	0.50	0.20	0.50	-0.46	0.51	-0.24	0.53	0.03	0.52	Limnodynastes_peronii
p144_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	60	rest_MR	MR	rest	15.0	25.0	17.41	0.89	5	0.11	-2.17	45.98	8.04	5	0.39	-0.94	17.86	1.34	5	0.17	-1.79	42.41	8.93	5.00	0.47	-0.75	NA	NA	563	0.97	0.03	0.86	0.05	0.89	0.05	2.20	0.50	1.90	0.50	2.31	0.50	1.23	0.53	1.03	0.55	1.42	0.55	Limnodynastes_peronii
p145_o	NA	NA	Chordata	Reptilia	Squamata	Polychrotidae	Anolis	gundlachi	t	w	a	Caribbean National Forest, Rio Grande, Puerto Rico	18.3	-65.8	1	14	rest_MR	MR	rest	15.0	30.0	0.16	0.01	NA	NA	NA	1.04	0.11	NA	NA	NA	0.18	0.02	NA	NA	NA	0.82	0.07	NA	NA	NA	ml/h	body mass not give approx 7 g	564	1.25	NA	1.01	NA	1.09	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Anolis_gundlachi
p145_o	NA	NA	Chordata	Reptilia	Squamata	Polychrotidae	Anolis	gundlachi	t	w	a	Caribbean National Forest, Rio Grande, Puerto Rico	18.3	-65.8	1	14	rest_MR	MR	rest	15.0	30.0	0.32	0.05	NA	NA	NA	1.50	0.13	NA	NA	NA	0.32	0.03	NA	NA	NA	1.20	0.11	NA	NA	NA	ml/h	body mass not give approx 7 g	565	1.03	NA	0.88	NA	0.88	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Anolis_gundlachi
p146_o	NA	NA	Arthropoda	Malacaostraca	Isopoda	Idoteidae	Idotea	balthica	m	c	a	Helgoland, Germany	54.1	7.9	1	14	rest_MR	MR	rest	5.0	15.0	9.38	6.25	8	1.89	0.63	29.70	7.82	8	0.74	-0.30	12.51	4.69	8	1.06	0.06	53.15	4.69	8.00	0.25	-1.39	NA	NA	566	1.15	0.51	1.45	0.15	1.73	0.45	0.22	0.29	0.00	0.29	-0.29	0.29	-0.93	0.80	-1.45	0.43	-2.02	0.74	Idotea_balthica
p146_o	NA	NA	Arthropoda	Malacaostraca	Isopoda	Idoteidae	Idotea	emarginata	m	c	a	Helgoland, Germany	54.1	7.9	1	14	rest_MR	MR	rest	5.0	15.0	9.38	6.25	8	1.89	0.63	28.14	6.25	8	0.63	-0.46	6.88	5.31	8	2.19	0.78	29.70	4.69	8.00	0.45	-0.81	NA	NA	567	1.10	0.49	1.46	0.62	1.15	0.47	0.00	0.29	-0.12	0.29	-0.29	0.29	-1.10	0.78	-1.59	0.91	-1.44	0.75	Idotea_emarginata
p147_o	NA	NA	Chordata	Reptilia	Testudines	Testudinidae	Geochelone	carbonaria	t	c	a	San Paulo	5.1	-60.8	1	15	rest_MR	MR	rest	15.0	20.0	0.75	0.05	13	0.24	-1.43	0.76	0.07	13	0.33	-1.10	1.20	0.15	20	0.56	-0.58	1.30	0.18	22.00	0.65	-0.43	ml/min	NA	568	0.03	0.05	0.16	0.14	1.10	0.09	0.67	0.67	0.46	0.40	3.09	0.52	0.65	0.72	0.30	0.54	1.99	0.62	Geochelone_carbonaria
p147_o	NA	NA	Chordata	Reptilia	Testudines	Testudinidae	Geochelone	carbonaria	t	c	a	San Paulo	5.1	-60.8	1	15	rest_MR	MR	rest	15.0	30.0	0.75	0.05	13	0.24	-1.43	1.10	0.15	13	0.49	-0.71	1.80	0.20	17	0.46	-0.78	2.40	0.15	19.00	0.27	-1.30	ml/min	NA	569	0.26	0.01	0.19	0.01	0.78	0.00	0.73	0.07	-0.15	0.05	0.86	0.06	0.48	0.08	-0.35	0.06	0.08	0.07	Geochelone_carbonaria
p147_o	NA	NA	Chordata	Reptilia	Testudines	Testudinidae	Geochelone	carbonaria	t	c	a	San Paulo	5.1	-60.8	1	15	rest_MR	MR	rest	20.0	30.0	1.30	0.18	22	0.65	-0.43	1.25	0.20	22	0.75	-0.29	2.30	0.20	17	0.36	-1.03	2.40	0.15	19.00	0.27	-1.30	ml/min	NA	570	-0.04	0.04	0.04	0.01	0.61	0.02	0.11	0.10	-0.23	0.12	-0.26	0.10	0.14	0.14	-0.27	0.13	-0.87	0.13	Geochelone_carbonaria
p148_o	NA	NA	Mollusca	Bivalvia	Pterioida	Pteriidae	Pinctada	mazatlantica	m	c	a	Bahia de la Paz, Mexico	24.1	110.3	1	14	rest_MR	MR	rest	18.0	32.0	0.39	0.14	20	1.61	0.47	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.81	0.09	20.00	0.50	-0.70	NA	NA	571	NA	NA	NA	NA	0.52	0.07	NA	NA	NA	NA	-0.32	0.05	NA	NA	NA	NA	-0.84	0.13	Pinctada_mazatlantica
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	metabolic_enzyme	COX	liver	14.0	22.0	3.00	0.60	15	0.77	-0.26	3.90	0.80	15	0.79	-0.23	2.00	0.60	15	1.16	0.15	3.60	1.00	15.00	1.08	0.07	NA	NA	572	0.33	0.13	0.73	0.26	0.23	0.18	0.36	0.22	0.64	0.22	0.64	0.22	0.03	0.35	-0.10	0.48	0.41	0.41	Oreochromis_mossambicus
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	metabolic_enzyme	COX	muscle, mixed	14.0	22.0	1.60	0.20	15	0.48	-0.73	2.10	0.20	15	0.37	-1.00	1.60	0.20	15	0.48	-0.73	1.80	0.40	15.00	0.86	-0.15	NA	NA	573	0.34	0.04	0.15	0.10	0.15	0.10	0.00	0.22	0.87	0.22	0.87	0.22	-0.34	0.26	0.72	0.32	0.72	0.32	Oreochromis_mossambicus
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	metabolic_enzyme	LDH	liver	14.0	22.0	9.50	1.00	15	0.41	-0.90	9.50	1.20	15	0.49	-0.71	3.20	0.60	15	0.73	-0.32	4.00	0.80	15.00	0.77	-0.26	NA	NA	574	0.00	0.04	0.28	0.12	-1.08	0.08	0.23	0.22	0.36	0.22	-0.28	0.22	0.23	0.27	0.08	0.34	0.80	0.30	Oreochromis_mossambicus
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	metabolic_enzyme	LDH	muscle, mixed	14.0	22.0	175.00	30.00	15	0.66	-0.41	205.00	20.00	15	0.38	-0.97	180.00	10.00	15	0.22	-1.54	210.00	25.00	15.00	0.46	-0.77	NA	NA	575	0.20	0.06	0.19	0.03	0.23	0.07	-0.51	0.22	1.15	0.22	-0.23	0.22	-0.70	0.28	0.95	0.25	-0.46	0.29	Oreochromis_mossambicus
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	max_MR	MR	max	14.0	22.0	1.95	0.10	15	0.20	-1.62	3.65	0.20	15	0.21	-1.55	1.20	0.05	15	0.16	-1.82	4.00	0.30	15.00	0.29	-1.24	NA	NA	576	0.78	0.01	1.50	0.01	0.90	0.01	0.87	0.22	2.24	0.22	1.37	0.22	0.08	0.23	0.73	0.23	0.48	0.24	Oreochromis_mossambicus
p149_o	NA	NA	Chordata	Actinopterygii	Perciformes	Cichlidae	Oreochromis	mossambicus	f	w	j	SE QLD, Australia	28.0	153.0	1	28	endurance	swim	sustained	14.0	22.0	3.50	0.08	15	0.09	-2.42	2.70	0.10	15	0.14	-1.94	1.95	0.05	15	0.10	-2.31	4.85	0.20	15.00	0.16	-1.83	NA	NA	577	-0.32	0.00	1.14	0.00	0.41	0.00	0.28	0.22	1.73	0.22	1.15	0.22	0.60	0.23	0.59	0.23	0.74	0.23	Oreochromis_mossambicus
p15	table	263	Chordata	Actinopterygii	Osmeriformes	Galaxidae	Galaxias	platei	f	w	j	Lake Udaeta, Argentina	-54.5	-66.7	1	20	rest_MR	metabolic rate	NA	4.0	10.0	0.08	0.01	10	0.22	-1.51	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.12	0.01	12.00	0.32	-1.13	mg O2/g.h	measured at acclimation T only	578	NA	NA	NA	NA	0.68	0.06	NA	NA	NA	NA	0.15	0.56	NA	NA	NA	NA	-0.52	0.62	Galaxias_platei
p150_o	NA	NA	Arthropoda	Malacaostraca	Isopoda	Porcellionidae	Porcellio	scaber	t	w	a	Terre Haute, IN, USA	39.5	87.4	1	46	sprint	run	sprint	10.0	20.0	1.10	0.20	25	0.91	-0.10	3.40	0.40	25	0.59	-0.53	1.10	0.25	25	1.14	0.13	4.00	0.90	25.00	1.13	0.12	cm/s	NA	579	1.13	0.05	1.29	0.10	1.29	0.08	0.69	0.08	1.28	0.08	1.50	0.08	-0.44	0.13	-0.01	0.19	0.21	0.17	Porcellio_scaber
p151_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Rutilus	rutilus	f	c	a	Austria	48.2	16.4	1	21	ATPase	Na/K ATPase	kidney	5.0	25.0	5.27	0.11	3	0.04	-3.32	33.28	1.61	3	0.08	-2.48	2.03	0.12	3	0.10	-2.28	5.07	0.60	4.00	0.24	-1.44	umol pi/mg/h	NA	580	0.92	0.00	0.46	0.00	-0.02	0.00	1.34	0.25	0.88	0.21	0.92	0.21	0.42	0.25	0.42	0.21	0.94	0.21	Rutilus_rutilus
p151_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Rutilus	rutilus	f	c	a	Austria	48.2	16.4	1	21	ATPase	Na/K ATPase	gill	5.0	25.0	3.27	0.11	3	0.06	-2.84	13.18	1.20	3	0.16	-1.85	2.09	0.14	3	0.12	-2.15	5.96	1.50	3.00	0.44	-0.83	umol pi/mg/h	NA	581	0.70	0.00	0.52	0.02	0.30	0.02	1.19	0.25	1.19	0.25	1.31	0.25	0.50	0.25	0.66	0.27	1.01	0.27	Rutilus_rutilus
p152_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Mymensingh, Bangladesh	24.8	90.4	1	29	endurance	swim	sustained	16.0	34.0	12.00	0.10	8	0.02	-3.75	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	13.20	0.50	8.00	0.11	-2.23	dev T = 22	NA	582	NA	NA	NA	NA	0.05	0.00	NA	NA	NA	NA	0.89	0.09	NA	NA	NA	NA	0.84	0.09	Danio_rerio
p152_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Mymensingh, Bangladesh	24.8	90.4	1	29	endurance	swim	sustained	16.0	34.0	10.10	0.30	8	0.08	-2.48	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	16.50	0.50	8.00	0.09	-2.46	dev T = 27	NA	583	NA	NA	NA	NA	0.27	0.00	NA	NA	NA	NA	0.28	0.09	NA	NA	NA	NA	0.01	0.09	Danio_rerio
p152_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	f	c	a	Mymensingh, Bangladesh	24.8	90.4	1	29	endurance	swim	sustained	16.0	34.0	12.20	0.50	8	0.12	-2.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	16.40	0.40	8.00	0.07	-2.67	NA	NA	584	NA	NA	NA	NA	0.16	0.00	NA	NA	NA	NA	-0.12	0.09	NA	NA	NA	NA	-0.29	0.09	Danio_rerio
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	COX	muscle, vastis lateralis	20.0	30.0	10.95	0.80	10	0.23	-1.47	16.11	0.74	10	0.15	-1.93	10.65	0.96	10	0.29	-1.26	15.30	1.30	10.00	0.27	-1.31	NA	NA	585	0.39	0.01	0.36	0.02	0.33	0.01	-0.08	0.22	0.30	0.22	0.49	0.22	-0.46	0.23	-0.06	0.24	0.15	0.23	Rhinella_marina
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	COX	liver	20.0	30.0	7.50	1.00	10	0.42	-0.86	12.50	0.90	10	0.23	-1.48	9.50	2.10	10	0.70	-0.36	14.70	2.60	10.00	0.56	-0.58	NA	NA	586	0.51	0.02	0.44	0.08	0.67	0.05	-0.11	0.22	0.21	0.22	0.96	0.22	-0.62	0.25	-0.22	0.30	0.28	0.27	Rhinella_marina
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	CS	muscle, vastis lateralis	20.0	30.0	15.10	1.20	10	0.25	-1.38	22.30	1.90	10	0.27	-1.31	13.70	0.50	10	0.12	-2.16	19.40	0.60	10.00	0.10	-2.32	NA	NA	587	0.39	0.01	0.35	0.00	0.25	0.01	0.46	0.22	0.18	0.22	-0.69	0.22	0.07	0.24	-0.17	0.22	-0.94	0.23	Rhinella_marina
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	CS	liver	20.0	30.0	7.30	0.40	10	0.17	-1.75	10.30	0.70	10	0.21	-1.54	9.00	0.50	10	0.18	-1.74	12.70	1.00	10.00	0.25	-1.39	NA	NA	588	0.34	0.01	0.34	0.01	0.55	0.01	0.56	0.22	0.69	0.22	0.92	0.22	0.22	0.23	0.35	0.23	0.36	0.23	Rhinella_marina
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	cardiac	HR	rest	20.0	30.0	19.78	1.14	8	0.16	-1.81	29.60	2.36	8	0.23	-1.49	15.67	1.00	8	0.18	-1.71	23.75	2.10	8.00	0.25	-1.39	NA	NA	589	0.40	0.01	0.42	0.01	0.18	0.01	0.73	0.29	0.74	0.29	0.61	0.29	0.32	0.30	0.33	0.30	0.43	0.30	Rhinella_marina
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	cardiac	HR	max	20.0	30.0	55.64	1.44	8	0.07	-2.61	94.43	7.38	8	0.22	-1.51	42.48	0.85	8	0.06	-2.87	101.60	1.66	8.00	0.05	-3.07	NA	NA	590	0.53	0.01	0.87	0.00	0.60	0.00	1.63	0.29	0.67	0.29	0.14	0.29	1.11	0.29	-0.20	0.29	-0.46	0.29	Rhinella_marina
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	LDH	muscle, vastis lateralis	20.0	30.0	125.70	6.30	10	0.16	-1.84	206.10	14.20	10	0.22	-1.52	101.00	7.10	10	0.22	-1.50	173.50	11.10	10.00	0.20	-1.60	NA	NA	591	0.49	0.01	0.54	0.01	0.32	0.01	0.81	0.22	0.45	0.22	0.57	0.22	0.32	0.23	-0.09	0.23	0.24	0.23	Rhinella_marina
p153_o	NA	NA	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Brisbane, Australia	27.4	153.3	1	28	metabolic_enzyme	LDH	liver	20.0	30.0	26.50	2.20	10	0.26	-1.34	52.50	3.90	10	0.23	-1.45	34.10	2.20	10	0.20	-1.59	64.00	4.30	10.00	0.21	-1.55	NA	NA	592	0.68	0.01	0.63	0.01	0.88	0.01	0.57	0.22	0.67	0.22	0.67	0.22	-0.11	0.23	0.04	0.23	-0.21	0.23	Rhinella_marina
p154_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.8	1	30	metabolic_enzyme	COX	muscle, caudofemoralis	20.0	30.0	1.61	0.20	8	0.35	-1.05	3.20	0.40	8	0.35	-1.04	1.60	0.20	8	0.35	-1.04	3.60	0.30	8.00	0.24	-1.45	NA	NA	593	0.69	0.03	0.81	0.02	0.80	0.02	0.69	0.29	0.41	0.29	0.41	0.29	0.01	0.32	-0.41	0.31	-0.40	0.31	Crocodylus_porosus
p154_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.8	1	30	metabolic_enzyme	LDH	muscle, caudofemoralis	20.0	30.0	168.50	16.40	8	0.28	-1.29	382.20	33.10	8	0.24	-1.41	189.30	20.10	8	0.30	-1.20	362.50	28.50	8.00	0.22	-1.50	NA	NA	594	0.82	0.02	0.65	0.02	0.77	0.02	0.70	0.29	0.35	0.29	0.55	0.29	-0.12	0.30	-0.30	0.30	-0.21	0.30	Crocodylus_porosus
p154_o	NA	NA	Chordata	Reptilia	Crocodilia	Crocodilidae	Crocodylus	porosus	f	c	j	Darwin, Australia	12.4	130.8	1	30	ATPase	MyoATPase	muscle, caudofemoralis	20.0	30.0	0.30	0.08	8	0.75	-0.28	0.50	0.02	8	0.11	-2.18	0.26	0.05	8	0.54	-0.61	0.75	0.10	8.00	0.38	-0.98	NA	NA	595	0.51	0.07	1.06	0.05	0.92	0.09	-1.39	0.29	0.69	0.29	0.22	0.29	-1.90	0.36	-0.37	0.34	-0.69	0.37	Crocodylus_porosus
p155_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Cherax	destructor	f	c	a	Newcastle, Australia	32.9	151.8	1	28	metabolic_enzyme	LDH	muscle, tail	20.0	30.0	64.80	8.70	15	0.52	-0.65	97.20	11.20	15	0.45	-0.81	48.90	6.70	15	0.53	-0.63	83.80	9.40	15.00	0.43	-0.83	NA	NA	596	0.41	0.03	0.54	0.03	0.26	0.03	0.25	0.14	0.34	0.14	0.08	0.14	-0.15	0.17	-0.20	0.17	-0.18	0.17	Cherax_destructor
p155_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Cherax	destructor	f	c	a	Newcastle, Australia	32.9	151.8	1	28	metabolic_enzyme	LDH	muscle, claw	20.0	30.0	50.60	5.80	15	0.44	-0.81	74.10	8.50	15	0.44	-0.81	42.80	7.70	15	0.70	-0.36	67.70	9.80	15.00	0.56	-0.58	NA	NA	597	0.38	0.03	0.46	0.05	0.29	0.03	0.38	0.14	0.24	0.14	0.52	0.14	0.00	0.17	-0.22	0.20	0.23	0.18	Cherax_destructor
p155_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Cherax	destructor	f	c	a	Newcastle, Australia	32.9	151.8	1	28	metabolic_enzyme	PK	muscle, tail	20.0	30.0	37.60	3.40	15	0.35	-1.05	70.70	6.40	15	0.35	-1.05	33.00	3.80	15	0.45	-0.81	61.70	5.70	15.00	0.36	-1.03	NA	NA	598	0.63	0.02	0.63	0.02	0.50	0.02	0.63	0.14	0.41	0.14	0.52	0.14	0.00	0.16	-0.22	0.16	0.02	0.16	Cherax_destructor
p155_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Parastacidae	Cherax	destructor	f	c	a	Newcastle, Australia	32.9	151.8	1	28	metabolic_enzyme	PK	muscle, claw	20.0	30.0	39.50	3.00	15	0.29	-1.22	79.50	5.80	15	0.28	-1.26	33.60	3.30	15	0.38	-0.97	66.10	5.50	15.00	0.32	-1.13	NA	NA	599	0.70	0.01	0.68	0.02	0.51	0.01	0.66	0.14	0.51	0.14	0.61	0.14	-0.04	0.15	-0.17	0.16	0.09	0.16	Cherax_destructor
p156_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	a	Rockefeller Wildlife Refuge, Louisiana, USA	29.6	92.8	2	NA	metabolic_enzyme	COX	muscle, mixed	15.0	30.0	1.52	0.11	31	0.40	-0.91	2.29	0.12	31	0.29	-1.23	0.69	0.08	31	0.65	-0.44	1.35	0.12	31.00	0.49	-0.70	NA	NA	600	0.27	0.00	0.45	0.01	-0.08	0.01	0.06	0.03	0.27	0.03	0.06	0.03	-0.22	0.03	-0.18	0.04	0.14	0.04	Alligator_mississippiensis
p156_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	a	Rockefeller Wildlife Refuge, Louisiana, USA	29.6	92.8	2	NA	metabolic_enzyme	CS	muscle, mixed	15.0	30.0	2.42	0.20	31	0.46	-0.78	4.10	0.30	31	0.41	-0.90	1.63	0.15	31	0.51	-0.67	4.39	0.30	31.00	0.38	-0.97	NA	NA	601	0.35	0.01	0.66	0.01	0.40	0.01	0.27	0.03	0.46	0.03	0.27	0.03	-0.08	0.04	-0.20	0.04	-0.13	0.03	Alligator_mississippiensis
p156_o	NA	NA	Chordata	Reptilia	Crocodilia	Alligatoridae	Alligator	mississippiensis	f	w	a	Rockefeller Wildlife Refuge, Louisiana, USA	29.6	92.8	2	NA	metabolic_enzyme	LDH	muscle, mixed	15.0	30.0	390.00	10.00	31	0.14	-1.95	780.00	30.00	31	0.21	-1.54	205.00	10.00	31	0.27	-1.30	330.00	15.00	31.00	0.25	-1.37	NA	NA	602	0.46	0.00	0.32	0.00	-0.11	0.00	0.73	0.03	0.27	0.03	0.27	0.03	0.27	0.03	-0.05	0.03	0.38	0.03	Alligator_mississippiensis
p157_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Chelodina	longicollis	f	w	a	Sydney, Australia	34.0	150.7	2	NA	metabolic_enzyme	COX	NA	10.0	25.0	6.00	0.90	7	0.40	-0.92	3.90	0.40	7	0.27	-1.30	3.90	0.30	10	0.24	-1.41	5.00	0.40	10.00	0.25	-1.37	NA	NA	603	-0.29	0.01	0.17	0.01	-0.12	0.01	-0.54	0.15	0.19	0.10	-0.42	0.12	-0.25	0.16	0.03	0.10	-0.30	0.14	Chelodina_longicollis
p157_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Chelodina	longicollis	f	w	a	Sydney, Australia	34.0	150.7	2	NA	metabolic_enzyme	CS	NA	10.0	25.0	8.00	1.20	7	0.40	-0.92	12.30	2.00	7	0.43	-0.84	6.40	0.70	10	0.35	-1.06	12.30	0.70	10.00	0.18	-1.71	NA	NA	604	0.29	0.02	0.44	0.01	0.29	0.01	0.34	0.15	0.00	0.10	-0.24	0.12	0.05	0.17	-0.44	0.11	-0.53	0.13	Chelodina_longicollis
p157_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Chelodina	longicollis	f	w	a	Sydney, Australia	34.0	150.7	2	NA	metabolic_enzyme	LDH	NA	10.0	25.0	226.80	28.40	7	0.33	-1.10	410.00	54.50	7	0.35	-1.05	161.60	19.10	10	0.37	-0.98	231.40	30.60	10.00	0.42	-0.87	NA	NA	605	0.39	0.01	0.24	0.01	0.01	0.01	0.43	0.15	0.31	0.10	0.17	0.12	0.04	0.16	0.07	0.11	0.16	0.14	Chelodina_longicollis
p157_o	NA	NA	Chordata	Reptilia	Testudines	Chelidae	Chelodina	longicollis	f	w	a	Sydney, Australia	34.0	150.7	2	NA	metabolic_enzyme	PFK	NA	10.0	25.0	41.69	5.60	7	0.36	-1.03	50.31	7.20	7	0.38	-0.97	38.46	5.10	10	0.42	-0.87	64.81	9.20	10.00	0.45	-0.80	NA	NA	606	0.13	0.02	0.35	0.02	0.29	0.02	0.17	0.15	0.39	0.10	0.45	0.12	0.04	0.17	0.05	0.12	0.16	0.14	Chelodina_longicollis
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	metabolic_enzyme	COX	muscle, pectoral	-1.0	4.0	21.47	1.98	10	0.29	-1.23	26.56	2.56	10	0.30	-1.19	30.47	3.02	10	0.31	-1.16	38.45	4.11	10.00	0.34	-1.08	NA	NA	607	0.43	0.07	0.47	0.08	1.17	0.08	0.51	0.89	0.62	0.89	1.46	0.89	0.09	0.96	0.15	0.97	0.30	0.97	Pagothenia_borchgrevincki
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	metabolic_enzyme	CS	muscle, pectoral	-1.0	4.0	56.14	4.21	10	0.24	-1.44	59.31	6.17	10	0.33	-1.11	55.45	3.70	10	0.21	-1.56	62.77	3.69	10.00	0.19	-1.68	NA	NA	608	0.11	0.07	0.25	0.03	0.22	0.04	0.76	0.89	-0.01	0.89	-0.26	0.89	0.65	0.95	-0.25	0.92	-0.49	0.93	Pagothenia_borchgrevincki
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	metabolic_enzyme	LDH	muscle, pectoral	-1.0	4.0	13.29	1.56	10	0.37	-0.99	17.41	2.19	10	0.40	-0.92	19.09	1.86	10	0.31	-1.18	27.86	1.84	10.00	0.21	-1.57	NA	NA	609	0.54	0.12	0.76	0.06	1.48	0.07	0.68	0.89	-0.02	0.89	0.33	0.89	0.14	1.01	-0.78	0.94	-1.15	0.96	Pagothenia_borchgrevincki
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	ATPase	MyoATPase	muscle, pectoral	-1.0	4.0	3.17	1.03	10	1.03	0.03	4.48	1.14	10	0.80	-0.22	1.83	0.57	10	0.98	-0.02	4.03	0.87	10.00	0.68	-0.38	NA	NA	610	0.69	0.68	1.58	0.57	0.48	0.61	0.20	0.89	0.85	0.89	-0.34	0.89	-0.49	1.57	-0.73	1.46	-0.82	1.50	Pagothenia_borchgrevincki
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	metabolic_enzyme	PFK	muscle, pectoral	-1.0	4.0	3.14	0.33	10	0.33	-1.10	5.29	0.59	10	0.35	-1.04	2.42	0.33	10	0.43	-0.84	4.71	0.47	10.00	0.32	-1.15	NA	NA	611	1.04	0.09	1.33	0.11	0.81	0.08	1.16	0.89	0.71	0.89	0.71	0.89	0.12	0.98	-0.62	1.00	-0.10	0.97	Pagothenia_borchgrevincki
p158_o	NA	NA	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevincki	m	w	a	Scott Base, Antarctica	77.8	166.8	1	42	endurance	swim	sustained	-1.0	4.0	2.03	0.07	10	0.11	-2.22	1.50	0.08	10	0.17	-1.78	1.90	0.03	10	0.05	-3.00	1.98	0.02	10.00	0.03	-3.44	NA	NA	612	-0.61	0.02	0.08	0.00	-0.05	0.01	0.27	0.89	-0.81	0.89	-2.51	0.89	0.87	0.91	-0.89	0.89	-2.46	0.89	Pagothenia_borchgrevincki
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	dolomieui	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	ATPase	ATPase	heart	5.0	20.0	5.72	0.29	6	0.12	-2.09	NA	NA	NA	NA	NA	4.57	0.46	6	0.25	-1.40	12.68	0.95	6.00	0.18	-1.70	umol/g/min	NA	613	NA	NA	0.68	0.01	0.53	0.00	NA	NA	0.48	0.18	0.79	0.18	NA	NA	-0.20	0.18	0.26	0.18	Micropterus_dolomieui
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Morone	americana	m	w	a	New Brunswick, Canada	46.7	-66.1	1	28	ATPase	ATPase	heart	5.0	20.0	3.26	0.58	6	0.44	-0.83	NA	NA	NA	NA	NA	4.09	0.46	6	0.28	-1.29	8.08	0.75	6.00	0.23	-1.48	umol/g/min	NA	614	NA	NA	0.45	0.01	0.61	0.02	NA	NA	0.33	0.18	0.17	0.18	NA	NA	-0.13	0.19	-0.43	0.20	Morone_americana
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percidae	Perca	flavescens	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	ATPase	ATPase	heart	5.0	20.0	1.62	0.30	6	0.45	-0.79	NA	NA	NA	NA	NA	3.04	0.84	6	0.68	-0.39	7.94	1.65	6.00	0.51	-0.68	umol/g/min	NA	615	NA	NA	0.64	0.05	1.06	0.03	NA	NA	0.45	0.18	1.14	0.18	NA	NA	-0.19	0.23	0.08	0.21	Perca_flavescens
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	dolomieui	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	CS	heart	5.0	20.0	12.27	2.56	6	0.51	-0.67	NA	NA	NA	NA	NA	14.65	1.29	6	0.22	-1.53	26.24	2.72	6.00	0.25	-1.37	umol/g/min	NA	616	NA	NA	0.39	0.01	0.51	0.02	NA	NA	0.50	0.18	0.04	0.18	NA	NA	0.11	0.19	-0.47	0.20	Micropterus_dolomieui
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Morone	americana	m	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	CS	heart	5.0	20.0	2.98	0.56	6	0.46	-0.78	NA	NA	NA	NA	NA	3.16	0.88	6	0.68	-0.38	5.16	2.18	6.00	1.03	0.03	umol/g/min	NA	617	NA	NA	0.33	0.11	0.37	0.10	NA	NA	0.60	0.18	0.91	0.18	NA	NA	0.28	0.29	0.54	0.27	Morone_americana
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percidae	Perca	flavescens	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	CS	heart	5.0	20.0	9.39	1.69	6	0.44	-0.82	NA	NA	NA	NA	NA	11.80	0.71	6	0.15	-1.91	23.22	2.65	6.00	0.28	-1.27	umol/g/min	NA	618	NA	NA	0.45	0.01	0.60	0.02	NA	NA	0.88	0.18	0.30	0.18	NA	NA	0.43	0.19	-0.30	0.20	Perca_flavescens
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	dolomieui	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	Hexokinase	heart	5.0	20.0	1.18	0.43	6	0.89	-0.11	NA	NA	NA	NA	NA	1.97	0.04	6	0.05	-3.00	6.97	0.46	6.00	0.16	-1.82	umol/g/min	NA	619	NA	NA	0.84	0.00	1.18	0.06	NA	NA	1.63	0.18	0.04	0.18	NA	NA	0.79	0.18	-1.14	0.24	Micropterus_dolomieui
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Morone	americana	m	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	Hexokinase	heart	5.0	20.0	1.03	0.20	6	0.48	-0.74	NA	NA	NA	NA	NA	1.06	0.23	6	0.53	-0.63	3.91	0.64	6.00	0.40	-0.91	umol/g/min	NA	620	NA	NA	0.87	0.03	0.89	0.03	NA	NA	0.68	0.18	0.78	0.18	NA	NA	-0.19	0.21	-0.11	0.21	Morone_americana
p159_o	NA	NA	Chordata	Actinopterygii	Perciformes	Percidae	Perca	flavescens	f	w	a	New Brunswick, Canada	46.7	-66.1	1	28	metabolic_enzyme	Hexokinase	heart	5.0	20.0	1.99	0.30	6	0.37	-1.00	NA	NA	NA	NA	NA	3.56	0.69	6	0.47	-0.74	8.77	0.86	6.00	0.24	-1.43	umol/g/min	NA	621	NA	NA	0.60	0.02	0.99	0.01	NA	NA	0.15	0.18	0.70	0.18	NA	NA	-0.45	0.20	-0.29	0.19	Perca_flavescens
p16	fig	389	Chordata	Reptilia	Squamata	Cordylidae	Cordylus	oelofseni	t	w	a	Western Cape Province, SA	-34.0	19.0	1	14	rest_MR	metabolic rate	winter-caught	10.0	20.0	0.02	0.00	14	0.32	-1.13	0.14	0.03	14	0.73	-0.31	0.05	0.01	14	0.64	-0.44	0.13	0.02	14.00	0.44	-0.83	VCO2 (ml/h)	NA	622	1.95	0.05	0.96	0.06	1.87	0.02	Inf	0.15	0.69	0.15	Inf	0.15	Inf	0.20	-0.26	0.22	Inf	0.18	Cordylus_oelofseni
p16	fig	389	Chordata	Reptilia	Squamata	Cordylidae	Cordylus	oelofseni	t	w	a	Western Cape Province, SA	-34.0	19.0	1	14	rest_MR	metabolic rate	summer-caught	20.0	30.0	0.09	0.02	14	0.77	-0.27	0.29	0.06	14	0.71	-0.34	0.08	0.02	14	0.74	-0.30	0.27	0.05	14.00	0.77	-0.27	VCO2 (ml/h)	NA	623	1.17	0.09	1.22	0.10	1.10	0.08	1.10	0.15	0.92	0.15	0.92	0.15	-0.07	0.25	-0.30	0.25	-0.18	0.24	Cordylus_oelofseni
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	heart slices	5.0	13.0	0.33	0.05	12	0.52	-0.65	0.37	0.04	19	0.48	-0.74	0.33	0.04	15	0.47	-0.75	0.40	0.04	20.00	0.44	-0.81	ul/mg/h	NA	624	0.14	0.05	0.24	0.04	0.24	0.05	0.01	0.23	0.18	0.19	0.04	0.22	-0.13	0.28	-0.06	0.23	-0.20	0.28	Rana_pipiens
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	heart slices	5.0	20.0	0.33	0.05	12	0.52	-0.65	0.47	0.05	20	0.48	-0.74	0.33	0.04	15	0.47	-0.77	0.54	0.05	21.00	0.43	-0.85	ul/mg/h	NA	625	0.24	0.02	0.33	0.01	0.33	0.01	0.17	0.06	0.26	0.05	0.19	0.06	-0.07	0.08	-0.07	0.06	-0.14	0.08	Rana_pipiens
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	heart slices	13.0	20.0	0.40	0.04	20	0.44	-0.81	0.55	0.06	18	0.46	-0.77	0.35	0.04	17	0.47	-0.75	0.54	0.05	21.00	0.43	-0.85	ul/mg/h	NA	626	0.45	0.04	0.62	0.04	0.43	0.04	0.50	0.23	0.47	0.23	0.35	0.21	0.05	0.27	-0.15	0.27	-0.08	0.25	Rana_pipiens
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	Muscle slices	5.0	13.0	0.28	0.01	21	0.16	-1.81	0.44	0.02	23	0.22	-1.53	0.32	0.02	19	0.28	-1.28	0.49	0.02	20.00	0.18	-1.69	ul/mg/h	NA	627	0.56	0.01	0.53	0.01	0.70	0.00	0.92	0.15	0.03	0.17	0.84	0.16	0.36	0.15	-0.50	0.18	0.14	0.16	Rana_pipiens
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	Muscle slices	5.0	20.0	0.28	0.01	21	0.16	-1.81	0.61	0.03	20	0.22	-1.51	0.31	0.01	19	0.14	-1.95	0.71	0.03	21.00	0.19	-1.64	ul/mg/h	NA	628	0.52	0.00	0.55	0.00	0.62	0.00	0.72	0.05	0.77	0.05	0.73	0.04	0.20	0.05	0.21	0.05	0.11	0.05	Rana_pipiens
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	Muscle slices	13.0	20.0	0.49	0.02	20	0.18	-1.69	0.67	0.04	18	0.25	-1.37	0.47	0.02	19	0.18	-1.69	0.71	0.03	21.00	0.19	-1.64	ul/mg/h	NA	629	0.45	0.01	0.59	0.01	0.53	0.01	0.91	0.23	0.65	0.22	0.61	0.21	0.47	0.24	0.06	0.22	0.08	0.22	Rana_pipiens
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	liver slices	5.0	13.0	0.32	0.02	20	0.28	-1.27	0.48	0.03	23	0.30	-1.20	0.22	0.02	19	0.39	-0.94	0.50	0.04	21.00	0.37	-1.00	ul/mg/h	NA	630	0.51	0.01	1.03	0.02	0.56	0.02	0.59	0.15	0.93	0.16	0.90	0.16	0.09	0.17	-0.10	0.19	0.34	0.18	Rana_pipiens
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	liver slices	5.0	20.0	0.32	0.02	20	0.28	-1.27	0.75	0.05	20	0.30	-1.22	0.24	0.02	19	0.36	-1.03	0.68	0.05	21.00	0.34	-1.08	ul/mg/h	NA	631	0.57	0.00	0.69	0.01	0.50	0.00	0.61	0.05	0.64	0.05	0.63	0.05	0.04	0.05	-0.05	0.05	0.12	0.05	Rana_pipiens
p160_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	pipiens	f	w	a	Oshkosh, Wisconsin	44.0	-88.6	1	20	other	MR	liver slices	13.0	20.0	0.50	0.04	21	0.37	-1.00	0.94	0.06	18	0.27	-1.31	0.44	0.04	19	0.39	-0.93	0.68	0.05	21.00	0.34	-1.08	ul/mg/h	NA	632	0.90	0.02	0.62	0.03	0.44	0.02	0.47	0.22	0.39	0.22	0.32	0.20	-0.43	0.24	-0.23	0.24	-0.12	0.23	Rana_pipiens
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	metabolic_enzyme	COX	muscle	15.0	20.0	0.98	0.18	10	0.58	-0.54	1.24	1.00	10	2.55	0.94	0.89	0.18	10	0.64	-0.45	0.99	0.08	10.00	0.26	-1.36	open habitat	NA	633	0.47	2.74	0.21	0.19	0.02	0.16	3.43	0.89	-1.62	0.89	-1.62	0.89	2.96	3.63	-1.83	1.08	-1.64	1.05	Cellana_tramoserica
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	metabolic_enzyme	COX	muscle	15.0	20.0	1.71	0.25	10	0.46	-0.77	1.40	0.15	10	0.34	-1.08	1.23	0.23	10	0.59	-0.53	1.33	0.12	10.00	0.29	-1.25	sheltered habitat	NA	634	-0.40	0.13	0.16	0.17	-0.50	0.12	-1.02	0.89	-1.30	0.89	-1.47	0.89	-0.62	1.02	-1.46	1.06	-0.97	1.01	Cellana_tramoserica
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	metabolic_enzyme	LDH	muscle	15.0	20.0	13.80	1.80	10	0.41	-0.89	16.30	1.80	10	0.35	-1.05	10.60	1.00	10	0.30	-1.21	13.00	0.70	10.00	0.17	-1.77	open habitat, includes ADH and TDH	NA	635	0.33	0.12	0.41	0.05	-0.12	0.08	0.00	0.89	-0.71	0.89	-1.89	0.89	-0.33	1.01	-1.12	0.94	-1.77	0.97	Cellana_tramoserica
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	metabolic_enzyme	LDH	muscle	15.0	20.0	9.80	1.10	10	0.35	-1.04	10.80	1.10	10	0.32	-1.13	11.10	1.10	10	0.31	-1.16	12.00	1.20	10.00	0.32	-1.15	sheltered habitat, includes ADH and TDH	NA	636	0.19	0.09	0.16	0.08	0.41	0.09	0.00	0.89	0.17	0.89	0.17	0.89	-0.19	0.98	0.02	0.97	-0.23	0.98	Cellana_tramoserica
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	rest_MR	MR	rest	15.0	20.0	13.00	1.00	20	0.34	-1.07	28.50	1.00	20	0.16	-1.85	8.00	1.00	20	0.56	-0.58	27.50	3.00	20.00	0.49	-0.72	dry mass, open habitat	NA	637	1.57	0.03	2.47	0.11	1.50	0.07	0.00	0.42	2.20	0.42	2.20	0.42	-1.57	0.45	-0.27	0.53	0.70	0.49	Cellana_tramoserica
p161_o	NA	NA	Mollusca	Gastropoda	Patellogastropoda	Nacellidae	Cellana	tramoserica	m	w	a	Peral Beach, Australia	33.5	151.3	2	NA	rest_MR	MR	rest	15.0	20.0	15.00	2.00	20	0.60	-0.52	43.00	5.00	20	0.52	-0.65	10.00	1.50	20	0.67	-0.40	33.00	4.00	20.00	0.54	-0.61	dry mass, sheltered habitat	NA	638	2.11	0.13	2.39	0.15	1.58	0.13	1.83	0.42	1.96	0.42	1.39	0.42	-0.27	0.55	-0.43	0.57	-0.19	0.55	Cellana_tramoserica
p162_o	NA	NA	Mollusca	Gastropoda	Littorinimorpha	Littorinidae	Littorina	saxatilis	m	w	a	Kandalaksha Bay, White Sea, Russia	66.3	33.6	1	42	rest_MR	MR	rest	4.0	13.0	1.80	0.10	11	0.18	-1.69	4.40	0.20	11	0.15	-1.89	0.95	0.10	11	0.35	-1.05	4.90	0.10	10.00	0.06	-2.74	NA	NA	639	0.99	0.01	1.82	0.01	1.11	0.00	0.77	0.25	-0.05	0.26	-0.05	0.26	-0.22	0.25	-1.88	0.27	-1.17	0.26	Littorina_saxatilis
p162_o	NA	NA	Mollusca	Gastropoda	Littorinimorpha	Littorinidae	Littorina	saxatilis	m	w	a	Helgoland, Germany	54.1	7.9	1	42	rest_MR	MR	rest	4.0	13.0	2.20	0.20	11	0.30	-1.20	4.80	0.20	11	0.14	-1.98	1.30	0.05	11	0.13	-2.06	3.80	0.20	11.00	0.17	-1.75	NA	NA	640	0.87	0.01	1.19	0.01	0.61	0.01	0.00	0.25	1.54	0.25	0.00	0.25	-0.87	0.26	0.35	0.25	-0.61	0.26	Littorina_saxatilis
p163_o	NA	NA	Annelida	Polychaeta	Capitellida	Arenicolidae	Arenicola	marina	m	w	a	Dorum, Germany	53.7	66.3	1	28	metabolic_enzyme	CS	body wall	0.0	11.0	0.60	0.05	6	0.20	-1.59	1.50	0.15	6	0.24	-1.41	0.55	0.05	6	0.22	-1.50	1.15	0.20	6.00	0.43	-0.85	NA	NA	641	0.83	0.01	0.67	0.03	0.59	0.03	1.00	0.33	1.26	0.33	1.26	0.33	0.17	0.34	0.59	0.36	0.67	0.36	Arenicola_marina
p164_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	2	NA	metabolic_enzyme	COX	muscle, red	1.0	16.0	37.00	3.50	9	0.28	-1.26	86.60	7.00	9	0.24	-1.42	NA	NA	NA	NA	NA	24.90	2.10	11.00	0.28	-1.27	captive bred animals in outdoor ponds	NA	642	0.57	0.01	NA	NA	-0.26	0.01	0.46	0.11	NA	NA	-0.27	0.10	-0.10	0.12	NA	NA	-0.01	0.11	Onchorhynchus_mykiss
p164_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	2	NA	metabolic_enzyme	CPT	muscle, red	1.0	16.0	0.24	0.02	9	0.25	-1.39	0.55	0.04	9	0.22	-1.52	NA	NA	NA	NA	NA	0.27	0.03	11.00	0.37	-1.00	NA	NA	643	0.55	0.01	NA	NA	0.08	0.01	0.46	0.11	NA	NA	0.34	0.10	-0.09	0.12	NA	NA	0.26	0.11	Onchorhynchus_mykiss
p164_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	2	NA	metabolic_enzyme	CS	muscle, red	1.0	16.0	16.00	1.30	9	0.24	-1.41	29.10	1.90	9	0.20	-1.63	NA	NA	NA	NA	NA	21.00	0.90	11.00	0.14	-1.95	NA	NA	644	0.40	0.00	NA	NA	0.18	0.00	0.25	0.11	NA	NA	-0.18	0.10	-0.15	0.12	NA	NA	-0.36	0.10	Onchorhynchus_mykiss
p164_o	NA	NA	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Onchorhynchus	mykiss	f	c	j	Ile d’Orleans, Quebec, Canada	46.6	70.6	2	NA	metabolic_enzyme	PFK	muscle, red	1.0	16.0	0.43	0.03	7	0.18	-1.69	3.75	0.33	9	0.26	-1.33	NA	NA	NA	NA	NA	3.91	0.43	11.00	0.36	-1.01	NA	NA	645	1.44	0.01	NA	NA	1.47	0.01	1.68	0.13	NA	NA	1.93	0.12	0.24	0.14	NA	NA	0.45	0.13	Onchorhynchus_mykiss
p165_o	NA	NA	Chordata	Actinopterygii	Perciformes	Moronidae	Morone	saxatilis	m	w	j	Croton, on Hudson	41.2	-73.9	1	28	other	MR	liver slices	15.0	25.0	1.90	0.10	8	0.15	-1.90	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.95	0.20	8.00	0.29	-1.24	NA	NA	646	NA	NA	NA	NA	0.03	0.01	NA	NA	NA	NA	0.69	0.29	NA	NA	NA	NA	0.67	0.30	Morone_saxatilis
p166_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Cyprinodontidae	Cyprinodon	salinus	f	w	j	Death Valley	36.2	-116.8	1	14	rest_MR	MR	rest	15.0	30.0	0.07	0.01	6	0.48	-0.73	0.34	0.02	6	0.16	-1.84	0.03	0.01	6	0.73	-0.31	0.24	0.01	6.00	0.11	-2.19	ml/g/h	NA	647	1.05	0.01	1.39	0.05	0.82	0.01	0.46	0.18	0.00	0.18	0.00	0.18	-0.59	0.19	-1.39	0.23	-0.82	0.19	Cyprinodon_salinus
p167_o	NA	NA	Chordata	Actinopterygii	Pleuronectiformes	Soleidae	Solea	vulgaris	m	w	j	Nieul-sur-Mer, France	46.2	-1.2	1	42	cardiac	Heart rate	NA	10.0	24.0	34.00	3.00	5	0.20	-1.62	105.00	5.00	5	0.11	-2.24	23.00	3.00	5	0.29	-1.23	58.00	5.00	5.00	0.19	-1.65	bpm	NA	648	0.81	0.01	0.66	0.01	0.38	0.01	0.36	0.26	0.36	0.26	0.36	0.26	-0.44	0.26	-0.30	0.27	-0.02	0.26	Solea_vulgaris
p167_o	NA	NA	Chordata	Actinopterygii	Pleuronectiformes	Soleidae	Solea	vulgaris	m	w	j	Nieul-sur-Mer, France	46.2	-1.2	1	42	cardiac	Heart rate	atropinised	10.0	24.0	38.00	3.00	5	0.18	-1.73	113.00	5.00	5	0.10	-2.31	32.00	3.00	5	0.21	-1.56	104.00	5.00	5.00	0.11	-2.23	bpm	atropinised	649	0.78	0.00	0.84	0.01	0.72	0.00	0.36	0.26	0.36	0.26	0.36	0.26	-0.41	0.26	-0.48	0.26	-0.35	0.26	Solea_vulgaris
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Gill MR	gills	7.0	15.0	0.92	0.12	17	0.54	-0.62	1.07	0.05	20	0.21	-1.56	0.67	0.05	19	0.32	-1.13	0.92	0.07	20.00	0.34	-1.08	ul/mg/h	NA	650	0.19	0.03	0.40	0.02	0.00	0.04	-0.99	0.18	0.45	0.17	-0.57	0.18	-1.18	0.21	0.06	0.19	-0.57	0.22	Pimephales_promelas
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Gill MR	gills	7.0	23.0	0.92	0.12	17	0.54	-0.62	1.59	0.25	18	0.67	-0.40	0.67	0.07	19	0.46	-0.78	1.44	0.10	20.00	0.31	-1.17	ul/mg/h	NA	651	0.34	0.02	0.48	0.01	0.28	0.01	0.48	0.05	0.24	0.04	-0.06	0.04	0.13	0.06	-0.24	0.05	-0.34	0.05	Pimephales_promelas
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Gill MR	gills	15.0	23.0	0.92	0.07	20	0.34	-1.08	1.33	0.09	20	0.30	-1.19	0.89	0.06	19	0.29	-1.23	1.44	0.10	20.00	0.31	-1.17	ul/mg/h	NA	652	0.46	0.02	0.60	0.01	0.56	0.02	0.31	0.16	0.67	0.17	0.45	0.16	-0.15	0.18	0.07	0.18	-0.11	0.18	Pimephales_promelas
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Muscle MR	muscle	7.0	15.0	0.16	0.01	17	0.34	-1.08	0.24	0.01	20	0.22	-1.49	0.18	0.02	20	0.44	-0.82	0.23	0.01	20.00	0.24	-1.45	ul/mg/h	NA	653	0.51	0.01	0.31	0.02	0.45	0.01	0.10	0.18	-0.87	0.16	0.10	0.18	-0.41	0.19	-1.17	0.19	-0.35	0.19	Pimephales_promelas
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Muscle MR	muscle	7.0	23.0	0.16	0.01	17	0.34	-1.08	0.31	0.05	20	0.66	-0.42	0.20	0.03	20	0.66	-0.42	0.28	0.02	20.00	0.32	-1.15	ul/mg/h	NA	654	0.41	0.01	0.21	0.01	0.35	0.00	1.06	0.04	-0.25	0.04	0.48	0.04	0.64	0.06	-0.46	0.05	0.13	0.05	Pimephales_promelas
p168_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Pimephales	promelas	f	c	a	Pennsylvania	41.0	-77.5	1	14	other	Muscle MR	muscle	15.0	23.0	0.23	0.01	20	0.24	-1.45	0.31	0.02	20	0.22	-1.53	0.20	0.01	20	0.30	-1.21	0.28	0.02	20.00	0.32	-1.15	ul/mg/h	NA	655	0.37	0.01	0.42	0.01	0.25	0.01	0.87	0.16	0.87	0.16	0.87	0.16	0.49	0.17	0.45	0.18	0.62	0.18	Pimephales_promelas
p169_o	NA	NA	Arthropoda	Insecta	Diptera	Glossinidae	Glossina	morsitans	t	c	j	Africa	0.0	20.0	1	10	rest_MR	MR	rest	19.0	29.0	0.02	0.00	7	0.11	-2.25	0.04	0.00	7	0.15	-1.87	0.01	0.00	7	0.11	-2.25	0.03	0.00	7.00	0.13	-2.02	mlCO2/h	NA	656	0.69	0.00	1.10	0.00	0.41	0.00	NaN	0.33	NaN	0.33	NaN	0.33	NaN	0.33	NaN	0.33	NaN	0.33	Glossina_morsitans
p170_o	NA	NA	Arthropoda	Malacaostraca	Decapoda	Penaeidae	Penaeus	chinensis	m	w	j	Qingdao, China	36.1	120.4	1	10	rest_MR	MR	rest	19.0	31.0	58.00	7.00	5	0.27	-1.31	150.00	12.00	5	0.18	-1.72	45.00	10.00	5	0.50	-0.70	107.00	9.00	5.00	0.19	-1.67	/g dry mass	NA	657	0.79	0.01	0.72	0.04	0.51	0.02	0.45	0.35	-0.09	0.35	0.21	0.35	-0.34	0.36	-0.81	0.39	-0.30	0.36	Penaeus_chinensis
p171_o	NA	NA	Chordata	Reptilia	Squamata	Gekkonidae	Hoplodactylus	maculatus	t	w	a	Castle Hill, Craigieburn, NZ	43.2	171.8	1	30	rest_MR	MR	rest	5.0	25.0	25.00	1.00	12	0.14	-1.98	110.00	1.00	12	0.03	-3.46	28.00	1.00	12	0.12	-2.09	80.00	1.00	12.00	0.04	-3.14	ul/g/h	NA	658	0.74	0.00	0.52	0.00	0.58	0.00	0.00	0.05	0.00	0.05	0.00	0.05	-0.74	0.05	-0.52	0.05	-0.58	0.05	Hoplodactylus_maculatus
p171_o	NA	NA	Chordata	Reptilia	Squamata	Gekkonidae	Hoplodactylus	maculatus	t	w	a	Banks Peninsula, NZ	-43.5	172.6	1	30	rest_MR	MR	rest	5.0	25.0	15.00	1.00	12	0.23	-1.47	90.00	1.00	12	0.04	-3.26	30.00	1.00	12	0.12	-2.16	90.00	1.00	12.00	0.04	-3.26	ul/g/h	NA	659	0.90	0.00	0.55	0.00	0.90	0.00	0.00	0.05	0.00	0.05	0.00	0.05	-0.90	0.05	-0.55	0.05	-0.90	0.05	Hoplodactylus_maculatus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	COX	heart	5.0	25.0	19.70	7.00	3	0.62	-0.49	28.00	2.00	3	0.12	-2.09	5.00	0.50	3	0.17	-1.75	22.00	2.00	3.00	0.16	-1.85	NA	NA	660	0.18	0.03	0.74	0.00	0.06	0.03	-0.63	0.25	0.69	0.25	-0.63	0.25	-0.80	0.28	-0.05	0.25	-0.68	0.28	Micropterus_salmoides
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	COX	heart	5.0	25.0	19.70	2.00	5	0.23	-1.48	28.50	3.50	5	0.27	-1.29	18.00	1.50	5	0.19	-1.68	59.70	15.00	5.00	0.56	-0.58	NA	NA	661	0.18	0.01	0.60	0.02	0.55	0.02	0.28	0.12	1.15	0.12	1.01	0.12	0.10	0.13	0.55	0.14	0.45	0.14	Lepomis_cyanellus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	COX	heart	5.0	25.0	13.00	2.00	7	0.41	-0.90	24.00	7.00	7	0.77	-0.26	11.00	3.00	5	0.61	-0.49	20.30	6.00	5.00	0.66	-0.41	NA	NA	662	0.31	0.03	0.31	0.04	0.22	0.03	0.63	0.08	0.35	0.12	0.47	0.10	0.32	0.11	0.04	0.17	0.24	0.13	Lepomis_macrochirus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	COX	heart	5.0	25.0	40.02	5.00	4	0.25	-1.39	49.00	10.00	4	0.41	-0.90	22.50	7.00	4	0.62	-0.47	36.00	8.00	4.00	0.44	-0.81	NA	NA	663	0.10	0.01	0.24	0.04	-0.05	0.02	0.35	0.17	0.07	0.17	0.24	0.17	0.25	0.18	-0.17	0.20	0.29	0.18	Pomoxis_annularis
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	nigromaculatus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	COX	heart	5.0	25.0	10.00	3.00	3	0.52	-0.65	36.00	9.00	3	0.43	-0.84	18.00	7.00	3	0.67	-0.40	29.00	10.00	3.00	0.60	-0.52	NA	NA	664	0.64	0.04	0.24	0.07	0.53	0.05	0.55	0.25	0.18	0.25	0.60	0.25	-0.09	0.29	-0.06	0.32	0.07	0.30	Pomoxis_nigromaculatus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	COX	muscle, white	5.0	25.0	1.50	0.60	3	0.69	-0.37	3.90	0.80	3	0.36	-1.03	1.45	0.50	3	0.60	-0.52	2.05	0.10	3.00	0.08	-2.47	NA	NA	665	0.48	0.05	0.17	0.03	0.16	0.04	0.14	0.25	-0.80	0.25	-0.90	0.25	-0.33	0.30	-0.98	0.28	-1.05	0.29	Micropterus_salmoides
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	COX	muscle, white	5.0	25.0	2.05	0.10	5	0.11	-2.22	2.90	0.90	5	0.69	-0.37	2.85	1.00	5	0.78	-0.24	3.50	1.80	5.00	1.15	0.14	NA	NA	666	0.17	0.02	0.10	0.10	0.27	0.07	1.10	0.12	0.29	0.12	1.45	0.12	0.93	0.15	0.19	0.22	1.18	0.19	Lepomis_cyanellus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	COX	muscle, white	5.0	25.0	3.00	0.80	7	0.71	-0.35	5.00	0.80	7	0.42	-0.86	0.50	0.01	5	0.04	-3.11	1.00	0.10	5.00	0.22	-1.50	NA	NA	667	0.26	0.02	0.35	0.00	-0.55	0.02	0.00	0.08	1.15	0.12	-1.12	0.10	-0.26	0.11	0.80	0.13	-0.57	0.12	Lepomis_macrochirus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomonix	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	COX	muscle, white	5.0	25.0	5.40	0.60	4	0.22	-1.50	6.35	1.50	4	0.47	-0.75	2.40	0.70	4	0.58	-0.54	8.00	2.00	4.00	0.50	-0.69	NA	NA	668	0.08	0.02	0.60	0.04	0.20	0.02	0.46	0.17	0.52	0.17	0.60	0.17	0.38	0.18	-0.08	0.20	0.41	0.19	Pomonix_annularis
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	Hexokinase	heart	5.0	25.0	6.00	0.08	3	0.02	-3.77	13.00	1.50	3	0.20	-1.61	5.00	0.60	3	0.21	-1.57	16.00	2.50	3.00	0.27	-1.31	NA	NA	669	0.39	0.00	0.58	0.01	0.49	0.01	1.47	0.25	0.71	0.25	1.72	0.25	1.08	0.25	0.13	0.26	1.23	0.26	Micropterus_salmoides
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	Hexokinase	heart	5.0	25.0	4.00	0.05	5	0.03	-3.58	17.50	2.00	5	0.26	-1.36	3.00	0.02	5	0.01	-4.21	12.00	1.00	5.00	0.19	-1.68	NA	NA	670	0.74	0.00	0.69	0.00	0.55	0.00	1.84	0.12	1.96	0.12	1.50	0.12	1.11	0.13	1.26	0.13	0.95	0.13	Lepomis_cyanellus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	Hexokinase	heart	5.0	25.0	1.50	0.08	7	0.14	-1.96	9.50	3.50	7	0.97	-0.03	2.00	0.08	5	0.09	-2.41	10.80	2.20	5.00	0.46	-0.79	NA	NA	671	0.92	0.03	0.84	0.01	0.99	0.01	1.89	0.08	1.66	0.12	1.57	0.10	0.97	0.12	0.81	0.14	0.59	0.12	Lepomis_macrochirus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	Hexokinase	heart	5.0	25.0	5.50	0.03	4	0.01	-4.52	23.00	4.00	4	0.35	-1.06	2.00	0.05	4	0.05	-3.00	8.50	2.00	4.00	0.47	-0.75	NA	NA	672	0.72	0.01	0.72	0.01	0.22	0.01	2.45	0.17	1.84	0.17	2.10	0.17	1.73	0.17	1.12	0.18	1.88	0.18	Pomoxis_annularis
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	nigromaculatus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	Hexokinase	heart	5.0	25.0	3.00	0.08	3	0.05	-3.08	12.00	0.08	3	0.01	-4.46	3.50	0.05	3	0.02	-3.70	14.00	4.00	3.00	0.49	-0.70	NA	NA	673	0.69	0.00	0.69	0.02	0.77	0.02	0.00	0.25	2.19	0.25	1.96	0.25	-0.69	0.25	1.50	0.27	1.19	0.27	Pomoxis_nigromaculatus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	heart	5.0	25.0	35.00	8.00	3	0.40	-0.93	58.00	4.00	3	0.12	-2.12	58.00	4.00	3	0.12	-2.12	105.00	9.00	3.00	0.15	-1.91	NA	NA	674	0.25	0.01	0.30	0.00	0.55	0.01	-0.35	0.25	0.41	0.25	0.06	0.25	-0.60	0.26	0.11	0.25	-0.49	0.26	Micropterus_salmoides
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	heart	5.0	25.0	45.00	10.00	5	0.50	-0.70	81.50	15.00	5	0.41	-0.89	49.00	4.00	5	0.18	-1.70	92.00	2.00	5.00	0.05	-3.02	NA	NA	675	0.30	0.02	0.31	0.00	0.36	0.01	0.20	0.12	-0.35	0.12	-0.80	0.12	-0.09	0.15	-0.66	0.13	-1.16	0.14	Lepomis_cyanellus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	LDH	heart	5.0	25.0	17.50	2.50	7	0.38	-0.97	28.00	8.00	7	0.76	-0.28	26.00	7.00	5	0.60	-0.51	50.00	12.00	5.00	0.54	-0.62	NA	NA	676	0.24	0.03	0.33	0.03	0.52	0.02	0.58	0.08	0.27	0.12	0.70	0.10	0.35	0.11	-0.06	0.16	0.18	0.12	Lepomis_macrochirus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	LDH	heart	5.0	25.0	61.00	2.50	4	0.08	-2.50	106.00	5.00	4	0.09	-2.36	48.00	15.00	4	0.63	-0.47	92.00	17.00	4.00	0.37	-1.00	NA	NA	677	0.28	0.00	0.33	0.03	0.21	0.01	0.35	0.17	0.06	0.17	0.96	0.17	0.07	0.17	-0.26	0.20	0.75	0.18	Pomoxis_annularis
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	nigromaculatus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	heart	5.0	25.0	45.00	6.00	3	0.23	-1.47	80.00	6.00	3	0.13	-2.04	99.50	12.00	3	0.21	-1.57	125.00	13.00	3.00	0.18	-1.71	NA	NA	678	0.29	0.01	0.11	0.01	0.51	0.01	0.00	0.25	0.04	0.25	0.39	0.25	-0.29	0.26	-0.07	0.26	-0.12	0.26	Pomoxis_nigromaculatus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	muscle, white	5.0	25.0	35.00	3.00	3	0.15	-1.91	62.00	10.00	3	0.28	-1.28	62.00	15.00	3	0.42	-0.87	100.00	23.00	3.00	0.40	-0.92	NA	NA	679	0.29	0.01	0.24	0.03	0.52	0.02	0.60	0.25	0.21	0.25	1.02	0.25	0.32	0.26	-0.03	0.28	0.49	0.27	Micropterus_salmoides
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	muscle, white	5.0	25.0	30.00	2.00	5	0.15	-1.90	77.00	3.00	5	0.09	-2.44	31.00	3.00	5	0.22	-1.53	77.00	9.00	5.00	0.26	-1.34	NA	NA	680	0.47	0.00	0.45	0.01	0.47	0.00	0.20	0.12	0.55	0.12	0.75	0.12	-0.27	0.13	0.09	0.13	0.28	0.13	Lepomis_cyanellus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	LDH	muscle, white	5.0	25.0	29.00	2.00	7	0.18	-1.70	57.00	8.00	7	0.37	-0.99	10.00	8.00	5	1.79	0.58	40.00	10.00	5.00	0.56	-0.58	NA	NA	681	0.34	0.01	0.69	0.18	0.16	0.02	0.69	0.08	0.11	0.12	0.72	0.10	0.36	0.09	-0.58	0.30	0.56	0.12	Lepomis_macrochirus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	LDH	muscle, white	5.0	25.0	28.00	7.00	4	0.50	-0.69	62.00	8.00	4	0.26	-1.35	31.00	7.00	4	0.45	-0.79	74.00	3.00	4.00	0.08	-2.51	NA	NA	682	0.40	0.02	0.44	0.01	0.49	0.02	0.07	0.17	-0.42	0.17	-0.42	0.17	-0.33	0.19	-0.86	0.18	-0.91	0.18	Pomoxis_annularis
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	nigromaculatus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	muscle, white	5.0	25.0	22.00	2.00	3	0.16	-1.85	39.50	1.00	3	0.04	-3.13	63.00	10.00	3	0.27	-1.29	112.00	18.00	3.00	0.28	-1.28	NA	NA	683	0.29	0.00	0.29	0.01	0.81	0.01	-0.35	0.25	0.29	0.25	1.10	0.25	-0.64	0.25	0.01	0.26	0.28	0.26	Pomoxis_nigromaculatus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Micropterus	salmoides	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	liver	5.0	25.0	6.50	3.00	3	0.80	-0.22	12.50	5.00	3	0.69	-0.37	4.50	0.50	3	0.19	-1.65	7.00	1.00	3.00	0.25	-1.40	NA	NA	684	0.33	0.09	0.22	0.01	0.04	0.06	0.26	0.25	0.35	0.25	-0.55	0.25	-0.07	0.34	0.13	0.26	-0.59	0.31	Micropterus_salmoides
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	cyanellus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	liver	5.0	25.0	5.00	2.00	5	0.89	-0.11	6.00	2.00	5	0.75	-0.29	2.50	0.50	5	0.45	-0.80	4.00	1.00	5.00	0.56	-0.58	NA	NA	685	0.09	0.07	0.24	0.03	-0.11	0.06	0.00	0.12	0.35	0.12	-0.35	0.12	-0.09	0.19	0.11	0.15	-0.24	0.18	Lepomis_cyanellus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Lepomis	macrochirus	f	w	a	Bath Nature Reserve	41.1	81.7	1	42	metabolic_enzyme	LDH	liver	5.0	25.0	7.50	1.50	7	0.53	-0.64	13.50	4.00	7	0.78	-0.24	2.00	0.50	5	0.56	-0.58	2.50	1.00	5.00	0.89	-0.11	NA	NA	686	0.29	0.03	0.11	0.06	-0.55	0.05	0.49	0.08	0.35	0.12	-0.29	0.10	0.20	0.12	0.24	0.18	0.26	0.15	Lepomis_macrochirus
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	annularis	f	w	a	Portage Lakes	41.0	81.5	1	42	metabolic_enzyme	LDH	liver	5.0	25.0	10.00	2.50	4	0.50	-0.69	18.00	4.00	4	0.44	-0.81	12.50	2.50	4	0.40	-0.92	26.50	5.00	4.00	0.38	-0.97	NA	NA	687	0.29	0.03	0.38	0.02	0.49	0.02	0.24	0.17	0.35	0.17	0.35	0.17	-0.06	0.19	-0.03	0.19	-0.14	0.19	Pomoxis_annularis
p172_o	NA	NA	Chordata	Actinopterygii	Perciformes	Centrarchidae	Pomoxis	nigromaculatus	f	c	a	Baltic, OH, USA	40.5	81.7	1	42	metabolic_enzyme	LDH	liver	5.0	25.0	16.00	3.00	3	0.32	-1.12	22.00	2.00	3	0.16	-1.85	3.50	2.50	3	1.24	0.21	35.00	18.00	3.00	0.89	-0.12	NA	NA	688	0.16	0.01	1.15	0.19	0.39	0.07	-0.20	0.25	0.99	0.25	0.90	0.25	-0.36	0.26	-0.16	0.44	0.50	0.32	Pomoxis_nigromaculatus
p173_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	34.7	135.5	1	60	metabolic_enzyme	LDH	red muscle	10.0	25.0	3.00	0.30	6	0.24	-1.41	10.00	0.40	6	0.10	-2.32	3.50	0.40	6	0.28	-1.27	11.50	1.40	6.00	0.30	-1.21	delta/min/mg protein	NA	689	0.80	0.01	0.79	0.01	0.90	0.01	0.19	0.18	0.84	0.18	1.03	0.18	-0.61	0.18	0.04	0.19	0.13	0.19	Carassius_auratus
p173_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	34.7	135.5	1	60	metabolic_enzyme	LDH	white muscle	10.0	25.0	2.00	0.30	6	0.37	-1.00	7.00	0.50	6	0.17	-1.74	1.50	0.30	6	0.49	-0.71	5.50	0.80	6.00	0.36	-1.03	delta/min/mg protein	NA	690	0.84	0.01	0.87	0.03	0.67	0.02	0.34	0.18	0.65	0.18	0.65	0.18	-0.49	0.19	-0.21	0.20	-0.02	0.20	Carassius_auratus
p174_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	NA	NA	1	60	cardiac	Heart rate	bpm	10.0	25.0	16.80	2.00	9	0.36	-1.03	40.70	5.10	9	0.38	-0.98	13.10	0.60	9	0.14	-1.98	66.80	6.90	9.00	0.31	-1.17	NA	isolated heart	691	0.59	0.01	1.09	0.01	0.92	0.01	0.62	0.11	1.63	0.11	0.83	0.11	0.03	0.12	0.54	0.12	-0.09	0.12	Carassius_auratus
p174_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	NA	NA	1	60	cardiac	Heart rate	bpm	10.0	25.0	23.70	3.70	7	0.41	-0.88	52.80	3.40	7	0.17	-1.77	17.60	1.50	7	0.23	-1.49	48.40	5.80	7.00	0.32	-1.15	NA	NA	692	0.53	0.01	0.67	0.01	0.48	0.02	-0.06	0.15	0.90	0.15	0.30	0.15	-0.59	0.16	0.23	0.16	-0.18	0.17	Carassius_auratus
p175_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	NA	NA	1	60	cardiac	Heart rate	heart	10.0	25.0	19.80	3.20	8	0.46	-0.78	60.80	4.80	8	0.22	-1.50	15.00	1.60	8	0.30	-1.20	63.30	9.90	8.00	0.44	-0.82	bpm	NA	693	0.75	0.01	0.96	0.02	0.77	0.02	0.27	0.13	1.22	0.13	0.75	0.13	-0.48	0.14	0.26	0.14	-0.02	0.15	Carassius_auratus
p175_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Osaka, Japan	NA	NA	1	60	cardiac	Heart rate	heart	10.0	25.0	203.20	41.90	8	0.58	-0.54	975.30	148.40	8	0.43	-0.84	100.80	17.50	8	0.49	-0.71	759.00	165.80	8.00	0.62	-0.48	power output - freq x amp	isolated heart	694	1.05	0.03	1.35	0.03	0.88	0.04	0.84	0.13	1.50	0.13	0.92	0.13	-0.20	0.16	0.15	0.16	0.04	0.17	Carassius_auratus
p176_o	NA	NA	Chordata	Chondrichthyes	Orectolobiformes	Hemiscylliidae	Chiloscyllium	plagiosum	m	c	j	SE-Asia, Africa	10.0	110.0	1	102	metabolic_enzyme	CS	muscle, white	15.0	30.0	0.80	0.08	5	0.22	-1.50	1.75	0.25	5	0.32	-1.14	0.50	0.07	5	0.31	-1.16	1.05	0.10	0.11	0.03	-3.46	NA	NA	695	0.52	0.01	0.49	0.01	0.18	0.01	0.76	0.22	-1.03	-0.39	-1.12	-0.39	0.24	0.24	-1.53	-0.38	-1.30	-0.38	Chiloscyllium_plagiosum
p176_o	NA	NA	Chordata	Chondrichthyes	Orectolobiformes	Hemiscylliidae	Chiloscyllium	plagiosum	m	c	j	SE-Asia, Africa	10.0	110.0	1	102	metabolic_enzyme	LDH	muscle, white	15.0	30.0	71.00	17.00	5	0.54	-0.62	171.00	30.00	5	0.39	-0.94	155.00	20.00	5	0.29	-1.24	338.00	15.00	5.00	0.10	-2.31	NA	NA	696	0.59	0.04	0.52	0.01	1.04	0.03	0.38	0.22	-0.19	0.22	-0.08	0.22	-0.21	0.26	-0.71	0.23	-1.12	0.25	Chiloscyllium_plagiosum
p176_o	NA	NA	Chordata	Chondrichthyes	Orectolobiformes	Hemiscylliidae	Chiloscyllium	plagiosum	m	c	j	SE-Asia, Africa	10.0	110.0	1	84	rest_MR	MR	rest	15.0	30.0	33.00	1.00	9	0.09	-2.40	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	149.00	10.00	5.00	0.15	-1.90	distribution: lat long of species: animals from breeder in US	NA	697	NA	NA	NA	NA	1.00	0.00	NA	NA	NA	NA	1.34	0.17	NA	NA	NA	NA	0.33	0.17	Chiloscyllium_plagiosum
p177_o	NA	NA	Echinodermata	Echinioidea	Echinoida	Strongylocentrotidae	Strongylocentrotus	purpuratus	m	w	a	Newport, Oregon	44.6	-124.0	1	30	rest_MR	MR	rest	9.0	18.0	95.00	10.00	10	0.33	-1.10	250.00	40.00	10	0.51	-0.68	90.00	10.00	6	0.27	-1.30	240.00	40.00	6.00	0.41	-0.90	ul/g/h	dry mass	698	1.08	0.05	1.09	0.05	1.03	0.05	1.54	0.27	1.54	0.49	1.26	0.38	0.47	0.32	0.45	0.54	0.23	0.43	Strongylocentrotus_purpuratus
p178_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinodontidae	Cyprinus	carpio	f	c	a	NA	NA	NA	1	35	other	Muscle Ca uptake activity	NA	10.0	30.0	0.61	0.30	4	0.98	-0.02	1.24	0.22	4	0.35	-1.04	0.20	0.03	4	0.30	-1.20	0.77	0.10	4.00	0.26	-1.35	umol Ca/min/mg	NA	699	0.35	0.07	0.67	0.01	0.12	0.06	-0.16	0.17	0.60	0.17	-0.55	0.17	-0.51	0.24	-0.07	0.18	-0.67	0.23	Cyprinus_carpio
p178_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinodontidae	Cyprinus	carpio	f	c	a	NA	NA	NA	1	35	other	Muscle Ca uptake activity	NA	10.0	30.0	1.13	0.82	4	1.45	0.37	2.07	0.36	4	0.35	-1.06	0.38	0.27	4	1.42	0.35	1.54	0.19	4.00	0.25	-1.40	umol Ca/min/mg	with oxalate	700	0.30	0.14	0.70	0.13	0.15	0.14	-0.41	0.17	-0.18	0.17	-0.73	0.17	-0.71	0.31	-0.88	0.30	-0.89	0.30	Cyprinus_carpio
p178_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinodontidae	Cyprinus	carpio	f	c	a	NA	NA	NA	1	35	other	Muscle Ca2+ activity	NA	10.0	30.0	0.21	0.02	4	0.19	-1.66	1.12	0.10	4	0.18	-1.72	0.10	0.01	4	0.20	-1.61	0.58	0.07	4.00	0.24	-1.42	umolP/mg/min	NA	701	0.84	0.00	0.88	0.01	0.51	0.01	0.80	0.17	0.97	0.17	0.63	0.17	-0.03	0.17	0.09	0.17	0.12	0.17	Cyprinus_carpio
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	liver	5.0	20.0	3.62	0.38	8	0.30	-1.21	4.85	0.42	8	0.24	-1.41	2.46	0.46	5	0.42	-0.87	4.49	0.42	5.00	0.21	-1.56	ul/mg/h	NA	702	0.20	0.01	0.40	0.02	0.14	0.01	0.07	0.13	-0.06	0.22	-0.09	0.17	-0.13	0.14	-0.46	0.24	-0.23	0.18	Carassius_auratus
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	liver	5.0	30.0	3.62	0.38	8	0.30	-1.21	5.23	0.42	8	0.23	-1.48	2.50	0.53	6	0.52	-0.66	5.16	0.49	6.00	0.23	-1.46	ul/mg/h	NA	703	0.15	0.00	0.29	0.01	0.14	0.00	0.04	0.05	-0.03	0.06	0.04	0.05	-0.11	0.05	-0.32	0.07	-0.10	0.06	Carassius_auratus
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	liver	20.0	30.0	4.49	0.42	5	0.21	-1.56	4.85	0.43	5	0.20	-1.62	4.63	0.52	6	0.28	-1.29	5.16	0.49	6.00	0.23	-1.46	ul/mg/h	NA	704	0.08	0.02	0.11	0.02	0.14	0.02	0.02	0.50	-0.06	0.40	0.25	0.45	-0.05	0.52	-0.17	0.42	0.11	0.47	Carassius_auratus
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	red muscle	5.0	20.0	5.52	0.55	8	0.28	-1.27	6.72	0.54	8	0.23	-1.48	4.81	0.73	6	0.37	-0.99	6.38	0.71	6.00	0.27	-1.30	ul/mg/h	NA	705	0.13	0.01	0.19	0.02	0.10	0.01	-0.01	0.13	-0.02	0.18	0.07	0.15	-0.14	0.13	-0.21	0.19	-0.02	0.16	Carassius_auratus
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	red muscle	5.0	30.0	5.52	0.55	8	0.28	-1.27	7.28	0.59	8	0.23	-1.47	4.77	0.81	6	0.42	-0.88	6.87	0.81	6.00	0.29	-1.24	ul/mg/h	NA	706	0.11	0.00	0.15	0.01	0.09	0.00	0.03	0.05	0.00	0.06	0.10	0.05	-0.08	0.05	-0.15	0.07	0.01	0.06	Carassius_auratus
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	red muscle	20.0	30.0	6.38	0.71	6	0.27	-1.30	6.68	0.71	6	0.26	-1.35	6.42	0.81	6	0.31	-1.17	6.87	0.81	6.00	0.29	-1.24	ul/mg/h	NA	707	0.05	0.02	0.07	0.03	0.07	0.03	0.00	0.40	0.00	0.40	0.13	0.40	-0.05	0.42	-0.07	0.43	0.06	0.43	Carassius_auratus
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	white muscle	5.0	20.0	4.33	0.54	7	0.33	-1.11	5.56	0.55	7	0.26	-1.34	4.26	0.31	6	0.18	-1.72	5.57	0.27	6.00	0.12	-2.13	ul/mg/h	NA	708	0.17	0.01	0.18	0.00	0.17	0.01	0.01	0.15	-0.09	0.18	-0.51	0.16	-0.15	0.16	-0.27	0.18	-0.68	0.17	Carassius_auratus
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	white muscle	5.0	30.0	4.33	0.54	7	0.33	-1.11	6.01	0.55	7	0.24	-1.42	3.90	0.33	7	0.22	-1.50	5.73	0.32	7.00	0.15	-1.91	ul/mg/h	NA	709	0.13	0.00	0.15	0.00	0.11	0.00	0.01	0.05	-0.01	0.05	-0.21	0.05	-0.12	0.06	-0.17	0.05	-0.32	0.06	Carassius_auratus
p179_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	NA	NA	NA	1	35	mito_oxidation	Mito respir	white muscle	20.0	30.0	5.57	0.27	6	0.12	-2.13	5.97	0.28	6	0.11	-2.16	5.27	0.33	7	0.17	-1.80	5.73	0.32	7.00	0.15	-1.91	ul/mg/h	NA	710	0.07	0.00	0.08	0.01	0.03	0.01	0.04	0.40	-0.03	0.33	0.25	0.37	-0.03	0.40	-0.11	0.34	0.22	0.37	Carassius_auratus
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	m	w	a	Kunda, Estonia	59.5	26.5	1	120	max_MR	max MR	coast 1	6.0	19.0	20.59	0.95	14	0.17	-1.76	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	29.75	2.57	10.00	0.27	-1.30	microM/g.h	measured at Acclim T only	711	NA	NA	NA	NA	0.28	0.01	NA	NA	NA	NA	0.64	0.11	NA	NA	NA	NA	0.35	0.12	Pungitius_pungitius
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	m	w	a	Kunda, Estonia	59.5	26.5	1	120	max_MR	max MR	coast 2	6.0	19.0	17.29	1.41	13	0.29	-1.22	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	32.29	2.09	10.00	0.20	-1.59	microM/g.h	measured at Acclim T only	712	NA	NA	NA	NA	0.48	0.01	NA	NA	NA	NA	0.20	0.12	NA	NA	NA	NA	-0.28	0.12	Pungitius_pungitius
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	f	w	a	Kunda, Estonia	59.5	26.5	1	120	max_MR	max MR	pond 1	6.0	19.0	16.78	1.32	3	0.14	-1.99	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	27.97	2.05	5.00	0.16	-1.81	microM/g.h	measured at Acclim T only	713	NA	NA	NA	NA	0.39	0.01	NA	NA	NA	NA	0.54	0.44	NA	NA	NA	NA	0.14	0.45	Pungitius_pungitius
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	f	w	a	Kunda, Estonia	59.5	26.5	1	120	max_MR	max MR	pond 2	6.0	19.0	25.93	0.67	21	0.12	-2.14	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	32.29	1.46	11.00	0.15	-1.90	microM/g.h	measured at Acclim T only	714	NA	NA	NA	NA	0.17	0.00	NA	NA	NA	NA	0.35	0.09	NA	NA	NA	NA	0.18	0.09	Pungitius_pungitius
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	m	w	a	Kunda, Estonia	59.5	26.5	1	120	rest_MR	standard MR	coast 1	6.0	19.0	1.53	0.12	14	0.29	-1.22	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.45	0.24	10.00	0.17	-1.77	microM/g.h	measured at Acclim T only	715	NA	NA	NA	NA	0.82	0.01	NA	NA	NA	NA	0.40	0.11	NA	NA	NA	NA	-0.42	0.12	Pungitius_pungitius
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	m	w	a	Kunda, Estonia	59.5	26.5	1	120	rest_MR	standard MR	coast 2	6.0	19.0	1.62	0.16	13	0.36	-1.03	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.99	0.24	10.00	0.15	-1.88	microM/g.h	measured at Acclim T only	716	NA	NA	NA	NA	0.87	0.01	NA	NA	NA	NA	0.21	0.12	NA	NA	NA	NA	-0.65	0.12	Pungitius_pungitius
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	f	w	a	Kunda, Estonia	59.5	26.5	1	120	rest_MR	standard MR	pond 1	6.0	19.0	1.16	0.18	3	0.27	-1.32	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.00	0.28	5.00	0.16	-1.85	microM/g.h	measured at Acclim T only	717	NA	NA	NA	NA	0.95	0.02	NA	NA	NA	NA	0.54	0.44	NA	NA	NA	NA	-0.42	0.46	Pungitius_pungitius
p18	fig	560	Chordata	Actinopterygii	Gasterosteiformes	Gasterosteidae	Pungitius	pungitius	f	w	a	Kunda, Estonia	59.5	26.5	1	120	rest_MR	standard MR	pond 2	6.0	19.0	1.30	0.10	21	0.35	-1.06	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.76	0.31	11.00	0.22	-1.53	microM/g.h	measured at Acclim T only	718	NA	NA	NA	NA	1.00	0.01	NA	NA	NA	NA	0.62	0.09	NA	NA	NA	NA	-0.38	0.09	Pungitius_pungitius
p180_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Helgoland, Germany	54.1	7.9	1	56	rest_MR	MR	rest	3.0	12.0	0.17	0.03	5	0.45	-0.80	0.43	0.13	5	0.69	-0.37	0.05	0.03	5	1.12	0.11	0.25	0.15	5.00	1.34	0.29	NA	NA	719	1.03	0.15	1.79	0.89	0.43	0.48	1.63	0.62	1.79	0.62	1.79	0.62	0.60	0.77	0.00	1.51	1.36	1.10	Zoarces_viviparous
p181_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	carassius	f	w	a	Joensuu, Finland	62.6	29.8	2	NA	ATPase	SERCA	muscle, white	2.0	22.0	0.20	0.01	10	0.16	-1.84	4.20	0.50	10	0.38	-0.98	0.20	0.01	10	0.16	-1.84	3.50	0.50	10.00	0.45	-0.79	umol/mg/min	NA	720	1.52	0.00	1.43	0.01	1.43	0.01	1.96	0.06	1.96	0.06	1.96	0.06	0.43	0.06	0.52	0.06	0.52	0.06	Carassius_carassius
p182_o	NA	NA	Mollusca	Gastropoda	Vetigastropoda	Haliotidae	Haliotis	midae	m	c	a	Gaansbai, South Africa	34.6	19.4	1	30	rest_MR	MR	rest	16.0	22.0	1.74	0.18	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.46	0.18	NA	NA	NA	NA	NA	721	NA	NA	NA	NA	0.58	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Haliotis_midae
p183_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	St Andrews, Scotland	56.3	2.8	1	42	sprint	swim	sprint	9.0	30.0	8.24	1.08	5	0.29	-1.23	4.59	0.27	5	0.13	-2.03	4.73	0.95	5	0.45	-0.80	14.32	1.49	5.00	0.23	-1.46	NA	NA	722	-0.28	0.00	0.53	0.01	0.26	0.01	-0.66	0.11	0.21	0.11	0.15	0.11	-0.38	0.12	-0.31	0.12	-0.11	0.12	Cyprinus_carpio
p184_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	catesbeiana	f	w	a	Rayne, Louisana	30.2	-92.3	1	14	cardiac	Heart rate	rest	5.0	20.0	8.00	0.30	8	0.11	-2.24	26.90	1.50	8	0.16	-1.85	8.10	0.50	7	0.16	-1.81	21.20	1.60	8.00	0.21	-1.54	bpm	NA	723	0.81	0.00	0.64	0.00	0.65	0.00	1.07	0.13	0.82	0.14	1.12	0.13	0.26	0.13	0.18	0.14	0.47	0.13	Rana_catesbeiana
p184_o	NA	NA	Chordata	Amphibia	Anura	Ranidae	Rana	catesbeiana	f	w	a	Rayne, Louisana	30.2	-92.3	1	14	rest_MR	MR	rest	5.0	20.0	15.50	1.20	8	0.22	-1.52	38.00	2.60	8	0.19	-1.64	19.70	1.40	7	0.19	-1.67	53.30	2.10	7.00	0.10	-2.26	ul/g/h	NA	724	0.60	0.00	0.66	0.00	0.82	0.00	0.52	0.13	0.27	0.15	0.33	0.14	-0.08	0.13	-0.39	0.15	-0.49	0.14	Rana_catesbeiana
p185_o	NA	NA	Chordata	Reptilia	Squamata	Cordylidae	Cordylus	jonesii	t	c	a	NA	NA	NA	1	42	rest_MR	MR	rest	20.0	30.0	0.03	0.00	8	0.27	-1.33	0.09	0.00	8	0.12	-2.12	0.02	0.00	8	0.12	-2.10	0.07	0.00	8.00	0.09	-2.46	ml/g/h	NA	725	1.10	0.00	1.25	0.00	0.85	0.00	NaN	0.29	NaN	0.29	NaN	0.29	NaN	0.29	NaN	0.29	NaN	0.29	Cordylus_jonesii
p185_o	NA	NA	Chordata	Reptilia	Squamata	Lacertidae	Podarcis	lilfordi	t	c	a	NA	NA	NA	1	42	rest_MR	MR	rest	20.0	30.0	0.06	0.00	6	0.09	-2.45	0.01	0.01	6	1.39	0.33	0.05	0.00	6	0.10	-2.34	0.11	0.01	6.00	0.11	-2.18	ml/g/h	Old name: Lacerta lidfordi	726	-1.79	1.00	0.79	0.01	0.61	0.01	Inf	0.40	Inf	0.40	Inf	0.40	Inf	1.40	Inf	0.41	Inf	0.41	Podarcis_lilfordi
p186_o	NA	NA	Arthropoda	Malacaostraca	Isopoda	Ligiidae	Ligia	oceanica	m	w	a	Rhosneigr, Anglesey, UK	53.2	4.5	2	NA	rest_MR	MR	rest	5.0	20.0	1.32	0.13	6	0.23	-1.46	5.00	0.83	6	0.41	-0.90	1.38	0.13	6	0.22	-1.50	4.79	0.42	6.00	0.21	-1.55	umol/animal*h	NA	727	0.89	0.02	0.83	0.01	0.86	0.01	1.24	0.18	0.78	0.18	0.78	0.18	0.35	0.19	-0.05	0.19	-0.08	0.19	Ligia_oceanica
p187_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	56	sprint	jump	NA	18.0	30.0	48.00	2.50	12	0.18	-1.71	63.00	3.00	12	0.16	-1.80	45.00	1.00	12	0.08	-2.56	70.00	2.00	12.00	0.10	-2.31	cm	NA	728	0.23	0.00	0.37	0.00	0.31	0.00	0.15	0.13	0.58	0.13	-0.19	0.13	-0.07	0.13	0.21	0.13	-0.50	0.13	Limnodynastes_peronii
p187_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	j	Sydney, Australia	33.9	151.2	1	42	sprint	swim	sprint	10.0	24.0	0.25	0.01	15	0.15	-1.86	0.52	0.02	15	0.11	-2.19	0.17	0.01	15	0.23	-1.45	0.45	0.02	15.00	0.17	-1.76	m/s	NA	729	0.52	0.00	0.70	0.00	0.42	0.00	0.50	0.07	0.50	0.07	0.50	0.07	-0.03	0.07	-0.20	0.08	0.08	0.07	Limnodynastes_peronii
p187_o	NA	NA	Chordata	Amphibia	Anura	Myobatrachidae	Limnodynastes	peronii	f	w	a	Sydney, Australia	33.9	151.2	1	56	sprint	swim	sprint	18.0	30.0	0.92	0.03	12	0.11	-2.18	1.00	0.02	12	0.07	-2.67	0.90	0.03	12	0.12	-2.16	0.94	0.04	12.00	0.15	-1.91	m/s	NA	730	0.07	0.00	0.04	0.00	0.02	0.00	-0.34	0.13	0.24	0.13	0.24	0.13	-0.41	0.13	0.20	0.13	0.22	0.13	Limnodynastes_peronii
p188_o	NA	NA	Chordata	Amphibia	Anura	Pipidae	Xenopus	laevis	f	c	j	St Andrews, Scotland	15.0	25.0	1	28	sprint	swim	sprint	12.0	30.0	0.22	0.01	12	0.16	-1.85	0.38	0.02	12	0.14	-1.98	0.16	0.01	12	0.22	-1.53	0.52	0.06	12.00	0.40	-0.92	m/s	NA	731	0.30	0.00	0.65	0.01	0.48	0.00	0.39	0.06	1.00	0.06	1.00	0.06	0.08	0.06	0.34	0.06	0.52	0.06	Xenopus_laevis
p188_o	NA	NA	Chordata	Amphibia	Anura	Pipidae	Xenopus	laevis	f	c	a	St Andrews, Scotland	15.0	25.0	1	42	sprint	swim	sprint	10.0	25.0	0.98	0.04	10	0.13	-2.05	1.27	0.05	10	0.12	-2.08	0.60	0.02	10	0.11	-2.25	1.32	0.04	10.00	0.10	-2.35	m/s	distribution is natural dist; animals came from breeding colony	732	0.17	0.00	0.53	0.00	0.20	0.00	0.15	0.10	0.46	0.10	0.00	0.10	-0.02	0.10	-0.06	0.10	-0.20	0.10	Xenopus_laevis
p189_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Stradbroke Is, Queensland	27.5	153.4	1	42	sprint	swim	sprint	18.0	30.0	0.69	0.07	10	0.32	-1.14	0.70	0.05	13	0.26	-1.36	0.64	0.04	13	0.23	-1.49	0.71	0.07	13.00	0.36	-1.03	NA	NA	733	0.01	0.01	0.09	0.01	0.02	0.01	-0.17	0.14	0.47	0.12	0.11	0.14	-0.18	0.15	0.38	0.13	0.09	0.15	Gambusia_holbrooki
p189_o	NA	NA	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	a	Stradbroke Is, Queensland	27.5	153.4	1	42	endurance	swim	sustained	18.0	30.0	0.28	0.02	13	0.26	-1.36	0.32	0.03	13	0.34	-1.08	0.18	0.03	13	0.50	-0.69	0.33	0.03	13.00	0.33	-1.12	m/s	NA	734	0.11	0.01	0.51	0.03	0.14	0.01	0.34	0.12	0.00	0.12	0.34	0.12	0.23	0.13	-0.51	0.14	0.20	0.13	Gambusia_holbrooki
p19	fig	2135	Echinodermata	Asteroidae	Forcipulatida	Asteriidea	Asterias	rubens	m	w	a	Gulmar Fjord, Sweden	57.7	12.0	1	7	rest_MR	metabolic rate	NA	10.0	20.0	0.38	0.03	20	0.36	-1.03	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.82	0.10	23.00	0.56	-0.58	mgO2/h.g	measured at Acclim T only	735	NA	NA	NA	NA	0.77	0.02	NA	NA	NA	NA	1.27	0.10	NA	NA	NA	NA	0.50	0.12	Asterias_rubens
p19	fig	2135	Echinodermata	Ophiuroidea	Ophiurida	Ophiotrichidae	Ophiothrix	fragilis	m	w	a	Gulmar Fjord, Sweden	57.7	12.0	1	7	rest_MR	metabolic rate	NA	10.0	20.0	0.41	0.04	22	0.40	-0.92	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.67	0.10	20.00	0.67	-0.40	mgO2/h.g	measured at Acclim T only	736	NA	NA	NA	NA	0.49	0.03	NA	NA	NA	NA	0.87	0.10	NA	NA	NA	NA	0.38	0.13	Ophiothrix_fragilis
p19	fig	2135	Echinodermata	Ophiuroidea	Ophiurida	Amphiuridae	Amphiura	filiformis	m	w	a	Gulmar Fjord, Sweden	57.7	12.0	1	7	rest_MR	metabolic rate	NA	10.0	20.0	0.26	0.06	19	1.08	0.08	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.59	0.10	22.00	0.77	-0.26	mgO2/h.g	measured at Acclim T only	737	NA	NA	NA	NA	0.82	0.08	NA	NA	NA	NA	0.58	0.10	NA	NA	NA	NA	-0.24	0.19	Amphiura_filiformis
p190_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Cyprinus	carpio	f	c	a	Kiel	54.3	10.1	1	30	metabolic_enzyme	CCO	red muscle	10.0	30.0	1412.00	115.00	5	0.18	-1.70	3003.00	267.00	5	0.20	-1.62	1096.00	60.00	5	0.12	-2.10	2230.00	142.00	5.00	0.14	-1.95	nmol/mg protein/min	NA	738	0.38	0.00	0.36	0.00	0.23	0.00	0.42	0.12	0.43	0.12	0.11	0.12	0.04	0.13	0.08	0.13	-0.12	0.13	Cyprinus_carpio
p191_o	NA	NA	Chordata	Reptilia	Testudines	Testudinidae	Malacochersus	tornieri	t	w	a	Kenya	-1.3	36.8	1	30	rest_MR	MR	rest	20.0	35.0	29.30	2.00	4	0.14	-1.99	44.90	1.40	4	0.06	-2.77	14.50	0.80	4	0.11	-2.20	46.30	2.10	4.00	0.09	-2.40	ml/kg/h	NA	739	0.28	0.00	0.77	0.00	0.31	0.00	-0.24	0.30	0.64	0.30	0.03	0.30	-0.52	0.30	-0.13	0.30	-0.27	0.30	Malacochersus_tornieri
p192_o	NA	NA	Chordata	Amphibia	Anura	Rhacophoridae	Polypedates	megacephalus	t	w	j	Changhua, Taiwan	24.1	120.5	1	10	rest_MR	MR	rest	22.0	32.0	0.95	0.05	10	0.17	-1.79	2.30	0.20	10	0.27	-1.29	0.60	0.10	10	0.53	-0.64	2.10	0.10	10.00	0.15	-1.89	NA	NA	740	0.88	0.01	1.25	0.03	0.79	0.01	1.39	0.22	0.00	0.22	0.69	0.22	0.50	0.23	-1.25	0.25	-0.10	0.23	Polypedates_megacephalus
p193_o	NA	NA	Chordata	Actinopterygii	Siluriformes	Siluridae	Silurus	meridionalis	f	c	j	Chongqing, China	29.6	106.5	1	14	rest_MR	MR	rest	12.5	27.5	24.86	3.02	8	0.34	-1.07	84.10	3.96	8	0.13	-2.02	22.89	2.91	8	0.36	-1.02	75.13	3.08	8.00	0.12	-2.15	NA	NA	741	0.81	0.01	0.79	0.01	0.74	0.01	0.18	0.13	0.04	0.13	0.01	0.13	-0.63	0.13	-0.75	0.13	-0.72	0.13	Silurus_meridionalis
p194_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	j	Bergen, Norway	60.4	5.3	1	408	metabolic_enzyme	LDH	muscle	4.0	12.0	343.00	59.00	21	0.79	-0.24	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	829.00	155.00	15.00	0.72	-0.32	NA	NA	742	NA	NA	NA	NA	1.10	0.10	NA	NA	NA	NA	1.00	0.19	NA	NA	NA	NA	-0.11	0.29	Gadus_morhua
p194_o	NA	NA	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	j	Bergen, Norway	60.4	5.3	1	408	metabolic_enzyme	LDH	liver	4.0	12.0	153.00	18.00	21	0.54	-0.62	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	264.00	32.00	15.00	0.47	-0.76	NA	NA	743	NA	NA	NA	NA	0.68	0.04	NA	NA	NA	NA	0.51	0.19	NA	NA	NA	NA	-0.17	0.23	Gadus_morhua
p194_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Kieler Bight, Germany	54.5	10.4	1	28	rest_MR	MR	rest	3.0	12.0	0.60	0.12	7	0.53	-0.64	1.17	0.18	7	0.41	-0.90	0.45	0.24	7	1.41	0.34	1.08	0.48	7.00	1.18	0.16	NA	NA	744	0.74	0.08	0.97	0.60	0.65	0.29	0.45	0.41	0.77	0.41	1.54	0.41	-0.29	0.49	-0.20	1.01	0.89	0.70	Zoarces_viviparous
p194_o	NA	NA	Chordata	Actinopterygii	Perciformes	Zoarcidae	Zoarces	viviparous	m	w	a	Stavanger, Norway	59.0	5.7	1	28	rest_MR	MR	rest	3.0	12.0	0.45	0.06	7	0.35	-1.04	1.14	0.18	7	0.42	-0.87	0.60	0.18	7	0.79	-0.23	0.90	0.12	7.00	0.35	-1.04	NA	NA	745	1.03	0.05	0.45	0.13	0.77	0.04	1.22	0.41	-0.45	0.41	0.77	0.41	0.19	0.46	-0.90	0.54	0.00	0.46	Zoarces_viviparous
p195_o	NA	NA	Chordata	Reptilia	Squamata	Gekkonidae	Ptyodactylus	hasselquistii	f	w	a	Jeddah, Saudi Arabia	21.6	39.1	2	NA	rest_MR	MR	rest	25.0	35.0	4.20	1.34	24	1.56	0.45	9.64	3.08	22	1.50	0.40	6.96	2.28	28	1.73	0.55	16.61	5.36	28.00	1.71	0.53	NA	NA	746	0.83	0.20	0.87	0.21	1.37	0.21	0.79	0.09	0.85	0.07	1.46	0.08	-0.04	0.29	-0.02	0.29	0.09	0.29	Ptyodactylus_hasselquistii
p196_o	NA	NA	Chordata	Reptilia	Squamata	Lacertidae	Acanthodactylus	boskianus	t	w	a	Jeddah, Saudi Arabia	21.5	39.2	2	NA	rest_MR	MR	rest	20.0	30.0	0.13	0.02	15	0.50	-0.69	0.20	0.02	15	0.42	-0.87	0.07	0.01	22	0.63	-0.47	0.16	0.02	22.00	0.50	-0.69	ml g-1 h-1	NA	747	0.43	0.03	0.83	0.04	0.21	0.04	0.00	0.14	0.69	0.10	0.19	0.12	-0.43	0.18	-0.13	0.13	-0.02	0.16	Acanthodactylus_boskianus
p197_o	NA	NA	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Ctenopharyngodon	idellus	f	c	a	Shandong, China	36.4	118.4	1	42	rest_MR	MR	rest	10.0	30.0	1.09	0.25	NA	NA	NA	6.88	0.47	NA	NA	NA	0.69	0.09	NA	NA	NA	4.97	0.38	NA	NA	NA	NA	NA	748	0.92	NA	0.99	NA	0.76	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	Ctenopharyngodon_idellus
p198_o	NA	NA	Mollusca	Gastropoda	Pulmonata	Polygyridae	Euchemotrema	leai	t	w	a	Muscotah, Kansas	39.5	-95.5	1	21	rest_MR	MR	rest	5.0	15.0	0.95	0.03	7	0.08	-2.51	2.17	0.05	7	0.06	-2.84	0.78	0.05	7	0.18	-1.74	1.56	0.07	7.00	0.12	-2.09	ml/min/g	it was p009_o; now given new IDs, old name: Stenotrema leai	749	0.83	0.00	0.69	0.01	0.50	0.00	0.51	0.33	0.34	0.33	0.85	0.33	-0.32	0.33	-0.36	0.34	0.35	0.34	Euchemotrema_leai
p198_o	NA	NA	Mollusca	Gastropoda	Pulmonata	Polygyridae	Euchemotrema	leai	t	w	a	Muscotah, Kansas	39.5	-95.5	1	21	rest_MR	MR	rest	5.0	25.0	0.95	0.03	7	0.08	-2.51	3.38	0.34	7	0.27	-1.32	0.61	0.02	7	0.07	-2.67	2.45	0.07	7.00	0.08	-2.57	ml/min/g	it was p009_o; now given new IDs, old name: Stenotrema leai	750	0.63	0.00	0.70	0.00	0.47	0.00	1.21	0.08	0.63	0.08	0.42	0.08	0.58	0.09	-0.07	0.08	-0.05	0.08	Euchemotrema_leai
p198_o	NA	NA	Mollusca	Gastropoda	Pulmonata	Polygyridae	Euchemotrema	leai	t	w	a	Muscotah, Kansas	39.5	-95.5	1	21	rest_MR	MR	rest	15.0	25.0	1.56	0.07	7	0.12	-2.09	2.40	0.16	7	0.18	-1.74	0.78	0.01	7	0.02	-4.04	2.45	0.07	7.00	0.08	-2.57	ml/min/g	it was p009_o; now given new IDs, old name: Stenotrema leai	751	0.43	0.01	1.14	0.00	0.45	0.00	0.83	0.33	1.95	0.33	0.00	0.33	0.40	0.34	0.80	0.33	-0.45	0.34	Euchemotrema_leai
p2	fig	48	Chordata	Actinopterygii	Osmeriformes	Osmeridae	Osmerus	mordax	f	c	j	Canaan, ME, USA	44.8	-69.6	1	42	muscle	muscle power	red muscle	4.0	10.0	16.21	2.18	5	0.30	-1.20	28.55	3.15	9	0.33	-1.11	9.43	0.73	5	0.17	-1.75	22.50	7.02	9.00	0.94	-0.07	W kg-1	NA	752	0.94	0.08	1.45	0.29	0.55	0.32	1.10	1.04	4.26	1.04	2.44	1.04	0.16	1.13	2.81	1.33	1.89	1.36	Osmerus_mordax
p2	fig	48	Chordata	Actinopterygii	Osmeriformes	Osmeridae	Osmerus	mordax	f	c	j	Canaan, ME, USA	44.8	-69.6	1	42	muscle	muscle shortening velocity	red muscle	4.0	10.0	7.56	0.39	5	0.12	-2.16	10.36	0.39	9	0.11	-2.18	4.52	0.31	5	0.15	-1.87	8.10	0.47	9.00	0.17	-1.75	muscle length s-1	NA	753	0.53	0.01	0.97	0.02	0.11	0.02	0.49	1.04	1.18	1.04	0.80	1.04	-0.04	1.05	0.21	1.06	0.69	1.06	Osmerus_mordax
p20	fig	1183	Echinodermata	Echinoidea	Camarodonta	Echinometridae	Heliocidaris	erythrogramma	m	w	a	Little Bay, Sydney	-34.0	151.2	1	56	rest_MR	metabolic rate	NA	18.0	23.0	0.62	0.03	20	0.25	-1.39	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.74	0.04	20.00	0.22	-1.51	mgO2/h.g	measured at Acclim T only	754	NA	NA	NA	NA	0.35	0.02	NA	NA	NA	NA	0.58	0.42	NA	NA	NA	NA	0.22	0.44	Heliocidaris_erythrogramma
p22	fig	140	Crustacea	Malacostraca	Decapoda	Parastacidae	Cherax	quadricarinatus	f	c	j	Tucuman, Argentina	-26.8	-65.2	1	112	rest_MR	metabolic rate	NA	20.0	25.0	4.18	0.25	12	0.21	-1.57	5.84	0.35	12	0.21	-1.57	3.24	0.20	12	0.21	-1.55	3.72	0.16	12.00	0.15	-1.89	micro g/min.g	animals from farm; nztive to Australia	755	0.67	0.03	0.28	0.02	-0.23	0.02	0.67	0.73	-0.45	0.73	-0.89	0.73	0.00	0.76	-0.72	0.75	-0.66	0.75	Cherax_quadricarinatus
p23	table	14	Arthropoda	Insecta	Lepidoptera	Tineidae	Pringleophaga	marioni	t	w	j	Marion Island	-46.9	37.8	1	7	rest_MR	metabolic rate	NA	5.0	10.0	38.49	5.75	18	0.63	-0.46	61.72	7.40	18	0.51	-0.68	34.54	4.55	18	0.56	-0.58	66.52	8.26	18.00	0.53	-0.64	microW	caterpilars	756	0.94	0.15	1.31	0.13	1.09	0.15	0.50	0.47	1.19	0.47	0.72	0.47	-0.44	0.62	-0.12	0.60	-0.37	0.62	Pringleophaga_marioni
p24	fig	1463	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_oxidation	S3 mito respiration	heart, northern pop	5.0	15.0	2.09	0.41	7	0.52	-0.66	4.59	0.26	7	0.15	-1.92	3.11	0.31	7	0.26	-1.35	5.87	0.56	7.00	0.25	-1.37	pmol O2/mg tissue.s	NA	757	0.79	0.04	0.64	0.02	1.03	0.05	-0.46	0.33	0.59	0.33	0.31	0.33	-1.24	0.38	-0.04	0.35	-0.72	0.38	Fundulus_heteroclitus
p24	fig	1463	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Jekyl Is, Georgia, USA	31.0	-81.4	1	28	mito_oxidation	S3 mito respiration	heart, southern pop	15.0	33.0	6.84	0.82	7	0.32	-1.15	11.48	0.56	7	0.13	-2.05	4.64	0.46	7	0.26	-1.34	6.84	1.63	7.00	0.63	-0.46	pmol O2/mg tissue.s	NA	758	0.29	0.01	0.22	0.02	0.00	0.02	-0.21	0.10	0.70	0.10	0.38	0.10	-0.50	0.11	0.49	0.12	0.38	0.12	Fundulus_heteroclitus
p24	fig	1467	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_oxidation	S3 mito respiration	brain, northern pop	5.0	15.0	0.85	0.21	7	0.66	-0.41	2.03	0.21	7	0.28	-1.28	1.23	0.16	7	0.35	-1.06	2.69	0.27	7.00	0.26	-1.34	pmol O2/mg tissue.s	NA	759	0.87	0.07	0.78	0.03	1.15	0.07	0.00	0.33	0.52	0.33	0.25	0.33	-0.87	0.41	-0.26	0.36	-0.90	0.40	Fundulus_heteroclitus
p24	fig	1467	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Jekyl Is, Georgia, USA	31.0	-81.4	1	28	mito_oxidation	S3 mito respiration	brain, southern pop	15.0	33.0	2.88	0.19	7	0.17	-1.76	6.37	0.43	7	0.18	-1.73	1.57	0.43	7	0.72	-0.33	4.08	0.37	7.00	0.24	-1.42	pmol O2/mg tissue.s	NA	760	0.44	0.00	0.53	0.03	0.19	0.00	0.45	0.10	-0.08	0.10	0.37	0.10	0.01	0.11	-0.61	0.13	0.18	0.11	Fundulus_heteroclitus
p24	fig	1463	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_leak	S4 mito respiration	heart, northern pop	5.0	15.0	0.35	0.14	7	1.02	0.02	0.98	0.16	7	0.44	-0.82	0.24	0.16	7	1.76	0.57	0.87	0.19	7.00	0.58	-0.55	pmol O2/mg tissue.s	NA	761	1.03	0.19	1.29	0.49	0.91	0.21	0.13	0.33	0.17	0.33	0.31	0.33	-0.90	0.52	-1.12	0.83	-0.61	0.54	Fundulus_heteroclitus
p24	fig	1463	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Jekyl Is, Georgia, USA	31.0	-81.4	1	28	mito_leak	S4 mito respiration	heart, southern pop	15.0	33.0	1.06	0.24	7	0.61	-0.49	5.42	0.43	7	0.21	-1.55	0.54	0.24	7	1.19	0.17	3.36	0.54	7.00	0.43	-0.85	pmol O2/mg tissue.s	NA	762	0.91	0.02	1.02	0.07	0.64	0.02	0.32	0.10	0.45	0.10	0.45	0.10	-0.58	0.12	-0.57	0.17	-0.19	0.13	Fundulus_heteroclitus
p24	fig	1467	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_leak	S4 mito respiration	brain, northern pop	5.0	15.0	0.20	0.10	7	1.23	0.21	0.44	0.10	7	0.58	-0.55	0.18	0.12	7	1.83	0.61	0.64	0.07	7.00	0.28	-1.27	pmol O2/mg tissue.s	NA	763	0.79	0.30	1.27	0.46	1.16	0.26	0.00	0.33	-0.54	0.33	-0.36	0.33	-0.79	0.63	-1.81	0.79	-1.52	0.60	Fundulus_heteroclitus
p24	fig	1467	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Jekyl Is, Georgia, USA	31.0	-81.4	1	28	mito_leak	S4 mito respiration	brain, southern pop	15.0	33.0	0.61	0.11	7	0.48	-0.74	2.95	0.15	7	0.13	-2.01	0.51	0.08	7	0.43	-0.84	1.75	0.17	7.00	0.26	-1.36	pmol O2/mg tissue.s	NA	764	0.88	0.01	0.68	0.01	0.59	0.01	0.17	0.10	0.42	0.10	0.24	0.10	-0.70	0.11	-0.27	0.11	-0.34	0.12	Fundulus_heteroclitus
p25	fig	1623	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_oxidation	S3 mito respiration	liver	5.0	15.0	5.50	1.65	8	0.85	-0.16	35.46	3.30	8	0.26	-1.34	4.40	1.37	8	0.88	-0.12	24.74	1.37	8.00	0.16	-1.85	nmol O2/min.mg protein	NA	765	1.86	0.10	1.73	0.10	1.50	0.09	0.69	0.29	0.00	0.29	-0.19	0.29	-1.17	0.38	-1.73	0.39	-1.69	0.38	Fundulus_heteroclitus
p25	fig	1623	Chordata	Actinopterygii	Cyprinodontiformes	Fundulidae	Fundulus	heteroclitus	m	w	a	Ogden’s Pond Estuary, Nova Scotia, Canada	46.2	-62.0	1	28	mito_leak	S4 mito respiration	liver	5.0	15.0	1.31	0.55	8	1.19	0.17	4.49	0.76	8	0.48	-0.74	1.31	0.55	8	1.19	0.17	2.97	0.83	8.00	0.79	-0.24	nmol O2/min.mg protein	NA	766	1.23	0.20	0.82	0.25	0.82	0.25	0.32	0.29	0.41	0.29	0.41	0.29	-0.91	0.49	-0.41	0.54	-0.41	0.54	Fundulus_heteroclitus
p26	text	223	Crustacea	Malacostraca	Decapoda	Varunidae	Hemigrapsus	crenulatus	m	w	a	Cariquilda River, Chile	-41.6	-73.6	1	21	rest_MR	MO2	NA	12.0	20.0	0.10	0.00	10	0.16	-1.86	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.13	0.00	10.00	0.11	-2.17	mgO2/h.g	measured at acclimation T only	767	NA	NA	NA	NA	0.33	0.00	NA	NA	NA	NA	NaN	0.35	NA	NA	NA	NA	NaN	0.35	Hemigrapsus_crenulatus
p30	table	17	Chordata	Amphibia	Anura	Hyperolyiidae	Hyperolius	marmoratus	t	w	a	Western Cape Province, SA	-34.0	18.8	1	14	max_MR	active metabolic rate	NA	15.0	25.0	0.57	0.10	10	0.55	-0.59	1.01	0.15	10	0.47	-0.76	0.39	0.04	10	0.33	-1.10	0.85	0.14	10.00	0.52	-0.65	ml CO2/g.h	NA	768	0.57	0.05	0.78	0.04	0.40	0.06	0.41	0.22	1.25	0.22	0.34	0.22	-0.17	0.28	0.47	0.26	-0.06	0.28	Hyperolius_marmoratus
p30	table	17	Chordata	Amphibia	Anura	Hyperolyiidae	Hyperolius	marmoratus	t	w	a	Western Cape Province, SA	-34.0	18.8	1	14	rest_MR	resting metabolic rate	NA	15.0	25.0	0.05	0.01	9	0.58	-0.55	0.11	0.02	9	0.60	-0.51	0.06	0.02	9	0.87	-0.14	0.11	0.02	9.00	0.46	-0.77	ml CO2/g.h	NA	769	0.79	0.07	0.61	0.14	0.79	0.07	0.69	0.25	0.00	0.25	0.69	0.25	-0.10	0.32	-0.61	0.39	-0.10	0.32	Hyperolius_marmoratus
p35	fig	3120	Chordata	Actinopterygii	Gadiformes	Gadidae	Boreogadus	saida	m	w	a	Cambridge Bay, Nanavut, Canada	69.2	-105.1	1	180	cardiac	maximal heart rate	NA	0.5	6.5	26.22	0.92	10	0.11	-2.20	43.14	2.12	10	0.16	-1.86	20.97	1.20	10	0.18	-1.71	35.32	1.29	10.00	0.12	-2.16	bpm	NA	770	0.83	0.01	0.87	0.01	0.50	0.01	1.39	0.62	0.12	0.62	0.56	0.62	0.56	0.63	-0.75	0.63	0.07	0.62	Boreogadus_saida
p35	fig	3117	Chordata	Actinopterygii	Gadiformes	Gadidae	Boreogadus	saida	m	w	a	Cambridge Bay, Nanavut, Canada	69.2	-105.1	1	30	max_MR	maximal metabolic rate	NA	1.0	6.5	164.23	2.60	8	0.04	-3.10	172.69	3.47	8	0.06	-2.87	151.43	3.91	8	0.07	-2.62	213.06	6.29	8.00	0.08	-2.48	mgO2/kg.h	NA	771	0.09	0.00	0.62	0.01	0.47	0.00	0.52	0.94	0.86	0.94	1.61	0.94	0.43	0.95	0.24	0.95	1.13	0.95	Boreogadus_saida
p35	fig	3117	Chordata	Actinopterygii	Gadiformes	Gadidae	Boreogadus	saida	m	w	a	Cambridge Bay, Nanavut, Canada	69.2	-105.1	1	30	rest_MR	resting metabolic rate	NA	1.0	6.5	54.44	2.78	8	0.14	-1.94	84.03	2.22	8	0.07	-2.59	38.19	2.64	8	0.20	-1.63	72.36	4.72	8.00	0.18	-1.69	mgO2/kg.h	NA	772	0.79	0.01	1.16	0.03	0.52	0.02	-0.41	0.94	1.06	0.94	0.96	0.94	-1.20	0.96	-0.11	0.97	0.45	0.97	Boreogadus_saida
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	asparate aminotransferase AAT	enzyme activity	16.0	23.0	0.25	0.01	10	0.18	-1.71	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.21	0.01	10.00	0.09	-2.36	U mg-1 protein	NA	773	NA	NA	NA	NA	-0.25	0.01	NA	NA	NA	NA	0.00	0.45	NA	NA	NA	NA	0.25	0.46	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	asparate aminotransferase AAT	enzyme activity	16.0	23.0	0.15	0.01	10	0.18	-1.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.19	0.01	10.00	0.13	-2.07	U mg-1 protein	NA	774	NA	NA	NA	NA	0.34	0.01	NA	NA	NA	NA	0.00	0.45	NA	NA	NA	NA	-0.34	0.47	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	citate synthase CS	enzyme activity	16.0	23.0	0.22	0.01	10	0.19	-1.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.43	0.01	10.00	0.09	-2.45	U mg-1 protein	NA	775	NA	NA	NA	NA	0.96	0.01	NA	NA	NA	NA	0.00	0.45	NA	NA	NA	NA	-0.96	0.46	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	citate synthase CS	enzyme activity	16.0	23.0	0.21	0.01	10	0.16	-1.85	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.37	0.02	10.00	0.15	-1.90	U mg-1 protein	NA	776	NA	NA	NA	NA	0.81	0.01	NA	NA	NA	NA	0.99	0.45	NA	NA	NA	NA	0.18	0.46	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	hydroxy acyl CoA dehydrogenase HOAD	enzyme activity	16.0	23.0	0.03	0.00	10	0.20	-1.60	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.04	0.00	10.00	0.12	-2.15	U mg-1 protein	NA	777	NA	NA	NA	NA	0.41	0.00	NA	NA	NA	NA	NaN	0.45	NA	NA	NA	NA	NaN	0.45	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	hydroxy acyl CoA dehydrogenase HOAD	enzyme activity	16.0	23.0	0.03	0.00	10	0.18	-1.73	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.04	0.00	10.00	0.16	-1.82	U mg-1 protein	NA	778	NA	NA	NA	NA	0.41	0.00	NA	NA	NA	NA	NaN	0.45	NA	NA	NA	NA	NaN	0.45	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	lactate dehydrogenase LDH	enzyme activity	16.0	23.0	3.53	0.15	10	0.13	-2.02	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.22	0.25	10.00	0.19	-1.66	U mg-1 protein	NA	779	NA	NA	NA	NA	0.26	0.01	NA	NA	NA	NA	0.73	0.45	NA	NA	NA	NA	0.47	0.46	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	lactate dehydrogenase LDH	enzyme activity	16.0	23.0	2.41	0.15	10	0.20	-1.60	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	3.01	0.16	10.00	0.17	-1.78	U mg-1 protein	NA	780	NA	NA	NA	NA	0.32	0.01	NA	NA	NA	NA	0.09	0.45	NA	NA	NA	NA	-0.23	0.47	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	malate dehydrogenase MDH	enzyme activity	16.0	23.0	4.64	0.20	10	0.14	-1.98	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	5.52	0.15	10.00	0.09	-2.44	U mg-1 protein	NA	781	NA	NA	NA	NA	0.25	0.01	NA	NA	NA	NA	-0.41	0.45	NA	NA	NA	NA	-0.66	0.46	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	malate dehydrogenase MDH	enzyme activity	16.0	23.0	3.47	0.08	10	0.07	-2.61	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	4.12	0.14	10.00	0.11	-2.25	U mg-1 protein	NA	782	NA	NA	NA	NA	0.25	0.00	NA	NA	NA	NA	0.80	0.45	NA	NA	NA	NA	0.55	0.46	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	pyruvate dehydrogenase PDH	enzyme activity	16.0	23.0	0.00	0.00	10	0.19	-1.64	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.00	0.00	10.00	0.17	-1.76	U mg-1 protein	NA	783	NA	NaN	NA	NA	NaN	NaN	NA	NA	NA	NA	NaN	0.45	NA	NA	NaN	NA	NaN	NaN	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	pyruvate dehydrogenase PDH	enzyme activity	16.0	23.0	0.00	0.00	10	0.24	-1.45	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.00	0.00	10.00	0.17	-1.75	U mg-1 protein	NA	784	NA	NaN	NA	NA	NaN	NaN	NA	NA	NA	NA	NaN	0.45	NA	NA	NaN	NA	NaN	NaN	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Reference site, Sweden	60.4	18.2	1	5	metabolic_enzyme	pyruvate kinase PK	enzyme activity	16.0	23.0	0.49	0.04	10	0.28	-1.26	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.45	0.05	10.00	0.34	-1.07	U mg-1 protein	NA	785	NA	NA	NA	NA	-0.12	0.04	NA	NA	NA	NA	0.32	0.45	NA	NA	NA	NA	0.44	0.49	Perca_fluviatilis
p37	fig	391	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Baltic Sea, Biotest site, Sweden	60.4	18.2	1	5	metabolic_enzyme	pyruvate kinase PK	enzyme activity	16.0	23.0	0.63	0.04	10	0.20	-1.63	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.45	0.07	10.00	0.49	-0.72	U mg-1 protein	NA	786	NA	NA	NA	NA	-0.48	0.06	NA	NA	NA	NA	0.80	0.45	NA	NA	NA	NA	1.28	0.51	Perca_fluviatilis
p39	fig3	158	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	bernacchii	m	w	a	McMurdo Sound, Antarctica	-77.9	166.7	2	28	rest_MR	resting metabolic rate	resting	-1.0	4.0	9.71	2.01	4	0.41	-0.88	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	23.80	0.59	4.00	0.05	-3.01	scaled to 100g fish, mass exponent -0.25	NA	787	NA	NA	NA	NA	1.79	0.17	NA	NA	NA	NA	-2.45	2.67	NA	NA	NA	NA	-4.24	2.84	Trematomus_bernacchii
p39	fig3	158	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	hansoni	m	w	a	McMurdo Sound, Antarctica	-77.9	166.7	2	28	rest_MR	resting metabolic rate	resting	-1.0	4.0	19.82	1.19	4	0.12	-2.12	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	36.33	3.88	4.00	0.21	-1.54	scaled to 100g fish, mass exponent -0.25	NA	788	NA	NA	NA	NA	1.21	0.06	NA	NA	NA	NA	2.36	2.67	NA	NA	NA	NA	1.15	2.73	Trematomus_hansoni
p39	fig3	158	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	newnesi	m	w	a	McMurdo Sound, Antarctica	-77.9	166.7	2	28	rest_MR	resting metabolic rate	resting	-1.0	4.0	19.71	3.25	4	0.33	-1.11	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	24.27	4.31	4.00	0.36	-1.03	scaled to 100g fish, mass exponent -0.25	NA	789	NA	NA	NA	NA	0.42	0.23	NA	NA	NA	NA	0.56	2.67	NA	NA	NA	NA	0.15	2.90	Trematomus_newnesi
p39	fig3	158	Chordata	Actinopterygii	Perciformes	Nototheniidae	Pagothenia	borchgrevinki	m	w	a	McMurdo Sound, Antarctica	-77.9	166.7	2	28	rest_MR	resting metabolic rate	resting	-1.0	4.0	11.26	1.22	4	0.22	-1.53	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	33.27	4.63	4.00	0.28	-1.28	scaled to 100g fish, mass exponent -0.25	NA	790	NA	NA	NA	NA	2.17	0.12	NA	NA	NA	NA	2.67	2.67	NA	NA	NA	NA	0.50	2.79	Pagothenia_borchgrevinki
p40	table1	576	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	Qeqertarsuaq	69.2	-53.5	1	7	cardiac	Heart rate	NA	1.0	6.0	28.10	1.10	6	0.10	-2.34	40.00	1.60	6	0.10	-2.32	37.10	2.00	6	0.13	-2.02	41.00	3.10	6.00	0.19	-1.69	beats/min	1C acclimation was 10 days but 6 C acclimation was 5 days; just took average	791	0.71	0.01	0.20	0.03	0.76	0.03	0.75	1.60	0.88	1.60	2.07	1.60	0.04	1.61	0.68	1.63	1.32	1.63	Myoxocephalus_scorpius
p40	table1	576	Chordata	Actinopterygii	Scorpaeniformes	Cottidae	Myoxocephalus	scorpius	m	w	a	Qeqertarsuaq	69.2	-53.5	1	7	cardiac	Stroke volume	NA	1.0	6.0	1.92	0.15	6	0.19	-1.65	1.40	0.09	6	0.16	-1.85	1.32	0.13	6	0.24	-1.42	2.12	0.14	6.00	0.16	-1.82	L/kg	NA	792	-0.63	0.04	0.95	0.06	0.20	0.04	-1.02	1.60	0.15	1.60	-0.14	1.60	-0.39	1.64	-0.80	1.66	-0.34	1.64	Myoxocephalus_scorpius
p41	figS5	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	COX Activity	abductor muscle	22.0	27.0	1.55	0.20	9	0.38	-0.97	1.84	0.24	9	0.39	-0.95	1.92	0.26	9	0.41	-0.89	2.33	0.30	9.00	0.39	-0.93	umol/g/min	Only used non-toxic treatment	793	0.34	0.13	0.39	0.14	0.82	0.13	0.36	1.00	0.29	1.00	0.81	1.00	0.02	1.13	-0.10	1.14	0.00	1.13	Saccostrea_glomerata
p41	figS3	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	COX Activity	abductor muscle	22.0	27.0	1.17	0.09	9	0.22	-1.51	1.38	0.10	9	0.22	-1.51	1.37	0.11	9	0.25	-1.40	1.41	0.16	9.00	0.35	-1.06	umol/g/min	Only used non-toxic treatment	794	0.33	0.04	0.06	0.08	0.37	0.08	0.21	1.00	0.75	1.00	1.15	1.00	-0.12	1.04	0.69	1.08	0.78	1.08	Crassostrea_gigas
p41	figS4	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	COX Activity	digestive	22.0	27.0	13.86	1.81	9	0.39	-0.94	14.35	1.91	9	0.40	-0.92	10.44	1.11	9	0.32	-1.14	10.81	1.21	9.00	0.33	-1.09	umol/g/min	Only used non-toxic treatment	795	0.07	0.14	0.07	0.10	-0.50	0.12	0.11	1.00	0.17	1.00	-0.81	1.00	0.04	1.14	0.10	1.10	-0.31	1.12	Saccostrea_glomerata
p41	figS2	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	COX Activity	digestive	22.0	27.0	18.81	2.41	9	0.38	-0.96	16.01	2.30	9	0.43	-0.84	24.18	3.30	9	0.41	-0.89	20.24	2.89	9.00	0.43	-0.85	umol/g/min	Only used non-toxic treatment	796	-0.32	0.15	-0.36	0.16	0.15	0.15	-0.09	1.00	-0.27	1.00	0.36	1.00	0.23	1.15	0.09	1.16	0.22	1.15	Crassostrea_gigas
p41	figS5	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	CS Activity	abductor muscle	22.0	27.0	3.11	0.22	9	0.22	-1.54	4.24	0.29	9	0.21	-1.58	3.46	0.17	9	0.15	-1.90	4.34	0.29	9.00	0.20	-1.62	umol/g/min	Only used non-toxic treatment	797	0.62	0.04	0.45	0.03	0.67	0.04	0.55	1.00	1.07	1.00	0.55	1.00	-0.07	1.04	0.61	1.03	-0.11	1.04	Saccostrea_glomerata
p41	figS3	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	CS Activity	abductor muscle	22.0	27.0	3.79	0.19	9	0.15	-1.90	4.35	0.38	9	0.26	-1.35	3.38	0.23	9	0.21	-1.57	3.84	0.33	9.00	0.26	-1.35	umol/g/min	Only used non-toxic treatment	798	0.28	0.04	0.26	0.05	0.03	0.04	1.39	1.00	0.72	1.00	1.10	1.00	1.11	1.04	0.47	1.05	1.08	1.04	Crassostrea_gigas
p41	figS4	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	CS Activity	digestive	22.0	27.0	15.92	0.51	9	0.10	-2.33	19.13	1.01	9	0.16	-1.85	14.33	1.01	9	0.21	-1.55	17.50	1.05	9.00	0.18	-1.71	umol/g/min	Only used non-toxic treatment	799	0.37	0.02	0.40	0.03	0.19	0.02	1.37	1.00	0.08	1.00	1.44	1.00	1.00	1.02	-0.32	1.03	1.26	1.02	Saccostrea_glomerata
p41	figS2	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	CS Activity	digestive	22.0	27.0	20.96	1.62	9	0.23	-1.46	25.89	1.18	9	0.14	-1.99	22.11	1.19	9	0.16	-1.82	27.33	2.31	9.00	0.25	-1.37	umol/g/min	Only used non-toxic treatment	800	0.42	0.03	0.42	0.04	0.53	0.05	-0.63	1.00	1.33	1.00	0.71	1.00	-1.06	1.03	0.90	1.04	0.18	1.05	Crassostrea_gigas
p41	figS5	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	LDH Activity	abductor muscle	22.0	27.0	3.95	0.40	9	0.30	-1.19	4.94	0.42	9	0.26	-1.36	5.38	0.60	9	0.33	-1.10	6.48	0.64	9.00	0.30	-1.22	umol/g/min	Only used non-toxic treatment	801	0.45	0.07	0.37	0.09	0.99	0.08	0.10	1.00	0.13	1.00	0.94	1.00	-0.35	1.07	-0.24	1.09	-0.05	1.08	Saccostrea_glomerata
p41	figS3	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	LDH Activity	abductor muscle	22.0	27.0	16.87	1.39	9	0.25	-1.40	18.36	1.31	9	0.21	-1.54	15.61	2.20	9	0.42	-0.86	18.14	2.51	9.00	0.42	-0.88	umol/g/min	Only used non-toxic treatment	802	0.17	0.05	0.30	0.16	0.15	0.10	-0.12	1.00	0.26	1.00	1.18	1.00	-0.29	1.05	-0.04	1.16	1.04	1.10	Crassostrea_gigas
p41	figS4	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	LDH Activity	digestive	22.0	27.0	0.73	0.07	9	0.29	-1.25	0.71	0.07	9	0.30	-1.22	0.71	0.08	9	0.36	-1.03	0.65	0.08	9.00	0.38	-0.98	umol/g/min	Only used non-toxic treatment	803	-0.06	0.08	-0.18	0.11	-0.23	0.10	0.00	1.00	0.00	1.00	0.27	1.00	0.06	1.08	0.18	1.11	0.50	1.10	Saccostrea_glomerata
p41	figS2	supplement	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	metabolic_enzyme	LDH Activity	digestive	22.0	27.0	0.61	0.05	9	0.25	-1.40	0.61	0.05	9	0.23	-1.48	0.84	0.08	9	0.29	-1.24	0.68	0.09	9.00	0.41	-0.90	umol/g/min	Only used non-toxic treatment	804	0.00	0.05	-0.42	0.11	0.22	0.10	0.00	1.00	0.24	1.00	1.18	1.00	0.00	1.05	0.66	1.11	0.96	1.10	Crassostrea_gigas
p41	fig4	3409	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	gigas	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	rest_MR	Routine Metabolic Rate	NA	22.0	27.0	2.24	0.40	8	0.50	-0.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.31	0.44	9.00	0.57	-0.56	mg 02 /h/DTM/Hr	Only used non-toxic treatment	805	NA	NA	NA	NA	0.06	0.27	NA	NA	NA	NA	0.31	1.07	NA	NA	NA	NA	0.25	1.34	Crassostrea_gigas
p41	fig4	3409	Mollusca	Bivalvia	Ostreoida	Ostreidae	Saccostrea	glomerata	m	w	a	Port Stephens Fisheries Insitute, Port Stephens, NSW	-32.7	152.1	1	14	rest_MR	Routine Metabolic Rate	NA	22.0	27.0	1.58	0.24	9	0.45	-0.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.81	0.61	9.00	0.65	-0.43	mg 02 /h/DTM/Hr	Only used non-toxic treatment	806	NA	NA	NA	NA	1.15	0.28	NA	NA	NA	NA	1.87	1.00	NA	NA	NA	NA	0.71	1.28	Saccostrea_glomerata
p42	fig4	605	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Delta Aquatic Nurseries, Richmond, British Columbia	49.1	-123.1	1	21	cardiac	Heart Rate	NA	20.0	28.0	82.48	27.65	5	0.75	-0.29	129.54	17.67	7	0.36	-1.02	85.90	8.73	15	0.39	-0.93	163.03	15.47	15.00	0.37	-1.00	beats/min	NA	807	0.56	0.20	0.80	0.03	0.85	0.19	-0.35	0.65	0.72	0.22	-0.04	0.50	-0.91	0.86	-0.09	0.25	-0.89	0.69	Carassius_auratus
p42	fig2	602	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Delta Aquatic Nurseries, Richmond, British Columbia	49.1	-123.1	1	21	max_MR	Max MO2	NA	20.0	28.0	10.40	1.66	4	0.32	-1.14	10.97	1.89	5	0.38	-0.96	3.93	1.40	4	0.71	-0.34	10.78	2.01	4.00	0.37	-0.99	umol/hr/g	NA	808	0.07	0.09	1.26	0.25	0.04	0.09	0.30	0.91	0.45	1.04	0.24	1.04	0.23	1.00	-0.81	1.29	0.19	1.14	Carassius_auratus
p42	fig2	602	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Carassius	auratus	f	c	a	Delta Aquatic Nurseries, Richmond, British Columbia	49.1	-123.1	1	21	rest_MR	Min MO2	NA	20.0	28.0	5.56	1.04	5	0.42	-0.88	8.12	1.42	4	0.35	-1.05	2.31	0.85	5	0.82	-0.20	3.98	0.88	4.00	0.44	-0.82	umol/hr/g	NA	809	0.47	0.10	0.68	0.29	-0.42	0.13	0.25	0.91	-0.10	0.91	-0.35	0.91	-0.22	1.01	-0.78	1.20	0.07	1.04	Carassius_auratus
p44	fig1	317	Arthropoda	Malacostraca	Amphipoda	Pontogeneiidae	Bovallia	gigantea	m	w	a	Martel Inlet, Admiralty Bay, King George Island, Antarctica	-62.1	-58.4	2	5	rest_MR	metabolic rate	Salinity of 30 only	0.0	5.0	51.61	22.86	30	2.43	0.89	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	100.21	35.61	30.00	1.95	0.67	μLO2 g-1 h-1	NA	810	NA	NA	NA	NA	1.33	1.29	NA	NA	NA	NA	0.89	0.28	NA	NA	NA	NA	-0.44	1.57	Bovallia_gigantea
p45	fig1	246	Arthropoda	Malacostraca	Amphipoda	Pontogeneiidae	Gondogeneia	antarctica	m	w	a	Martel Inlet, Admiralty Bay, King George Island, Antarctica	-62.1	-58.4	2	5	rest_MR	metabolic rate	Salinity of 30 only	0.0	5.0	76.59	2.26	30	0.16	-1.82	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	127.29	3.91	30.00	0.17	-1.78	uL O2/g/hr	NA	811	NA	NA	NA	NA	1.02	0.01	NA	NA	NA	NA	1.10	0.28	NA	NA	NA	NA	0.08	0.28	Gondogeneia_antarctica
p47	fig2	289	Chordata	Amphibia	Anura	Ranidae	Lithobates	clamitans	f	w	j	Lake Cheston, Sewanee, Tennessee	35.2	-85.9	1	4	sprint	Burst swim speed	NA	8.0	26.0	0.46	0.02	10	0.15	-1.90	0.48	0.03	10	0.21	-1.55	0.33	0.03	10	0.28	-1.27	0.52	0.04	10.00	0.24	-1.43	m/s	Note, only 4 days acclimation, but taken from wild, so probably longer	812	0.02	0.00	0.25	0.00	0.07	0.00	0.23	0.07	0.16	0.07	0.39	0.07	0.20	0.07	-0.09	0.07	0.32	0.07	Lithobates_clamitans
p47	fig3	290	Chordata	Amphibia	Anura	Ranidae	Lithobates	clamitans	f	w	j	Lake Cheston, Sewanee, Tennessee	35.2	-85.9	1	4	metabolic_enzyme	CCO activity	NA	8.0	26.0	3.81	0.35	9	0.28	-1.28	7.20	0.90	9	0.37	-0.98	0.90	0.06	9	0.21	-1.54	2.31	0.15	9.00	0.19	-1.66	units/gr wet wt	Note, only 4 days acclimation, but taken from wild, so probably longer	813	0.35	0.01	0.52	0.00	-0.28	0.00	0.52	0.08	0.51	0.08	-0.47	0.08	0.17	0.08	-0.01	0.08	-0.19	0.08	Lithobates_clamitans
p47	fig3	290	Chordata	Amphibia	Anura	Ranidae	Lithobates	clamitans	f	w	j	Lake Cheston, Sewanee, Tennessee	35.2	-85.9	1	4	metabolic_enzyme	CS activity	NA	8.0	26.0	2.36	0.12	9	0.15	-1.90	5.55	0.20	9	0.11	-2.24	1.44	0.10	9	0.20	-1.61	3.33	0.17	9.00	0.15	-1.90	units/gr wet wt	Note, only 4 days acclimation, but taken from wild, so probably longer	814	0.48	0.00	0.47	0.00	0.19	0.00	0.28	0.08	0.29	0.08	0.19	0.08	-0.19	0.08	-0.17	0.08	0.00	0.08	Lithobates_clamitans
p47	fig3	290	Chordata	Amphibia	Anura	Ranidae	Lithobates	clamitans	f	w	j	Lake Cheston, Sewanee, Tennessee	35.2	-85.9	1	4	metabolic_enzyme	LDH activity	NA	8.0	26.0	57.46	6.00	6	0.26	-1.36	212.96	19.00	6	0.22	-1.52	38.95	4.69	10	0.38	-0.97	113.82	10.46	10.00	0.29	-1.24	units/gr wet wt	Note, only 4 days acclimation, but taken from wild, so probably longer	815	0.73	0.01	0.60	0.01	0.38	0.01	0.64	0.12	0.45	0.07	0.45	0.10	-0.09	0.13	-0.15	0.08	0.07	0.10	Lithobates_clamitans
p47	fig1	289	Chordata	Amphibia	Anura	Ranidae	Lithobates	clamitans	f	w	j	Lake Cheston, Sewanee, Tennessee	35.2	-85.9	1	4	rest_MR	Oxygen consumption	NA	8.0	26.0	0.06	0.01	8	0.44	-0.82	0.15	0.01	9	0.15	-1.88	0.05	0.01	7	0.34	-1.09	0.15	0.01	10.00	0.30	-1.21	mL O2/g/hr	Note, only 4 days acclimation, but taken from wild, so probably longer	816	0.51	0.01	0.58	0.01	0.51	0.01	0.03	0.08	0.30	0.09	0.06	0.08	-0.48	0.09	-0.28	0.09	-0.45	0.09	Lithobates_clamitans
p5	fig	1392	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Tor	putitora	f	c	j	Bhimtal, Uttarakhand, India	29.3	79.6	1	30	rest_MR	MO2	resting	20.0	26.0	54.41	2.52	20	0.21	-1.57	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	77.58	2.27	20.00	0.13	-2.03	mg O2/kg.h	measured at acclim T only	817	NA	NA	NA	NA	0.59	0.01	NA	NA	NA	NA	-0.17	0.29	NA	NA	NA	NA	-0.77	0.30	Tor_putitora
p50	fig4	291	Mollusca	Bivalvia	Ostreoida	Ostreidae	Crassostrea	corteziensis	m	w	a	Estero de Ur ́ıas, at Mazatla ́n, Sinaloa, Mexico	23.2	-106.4	1	14	rest_MR	metabolic rate	Salinity 30	23.0	32.0	8.51	0.73	8	0.24	-1.42	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	6.17	0.62	8.00	0.28	-1.26	mg 02/hr/g	NA	818	NA	NA	NA	NA	-0.36	0.02	NA	NA	NA	NA	-0.18	0.35	NA	NA	NA	NA	0.18	0.37	Crassostrea_corteziensis
p52	fig3	1869	Mollusca	Bivalvia	Ostreoida	Pectinidae	Mizuhopecten	yessoensis	m	c	j	Dalian Ocean University, Liaoning, China	38.9	121.5	1	30	rest_MR	metabolic rate	NA	15.0	24.0	0.61	0.39	12	2.22	0.80	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.37	0.14	12.00	0.35	-1.06	mg O2/h/hr	NA	819	NA	NA	NA	NA	0.90	0.52	NA	NA	NA	NA	-1.14	0.22	NA	NA	NA	NA	-2.04	0.74	Mizuhopecten_yessoensis
p54	fig4	114	Arthropoda	Insecta	Lepidoptera	Tineidae	Pringleophaga	marioni	t	w	a	Marion and Prince Edward islands	-46.9	37.8	1	7	sprint	locomoter speed	NA	5.0	15.0	2.00	0.09	28	0.23	-1.47	4.05	0.20	28	0.26	-1.34	1.75	0.16	28	0.49	-0.71	3.96	0.28	28.00	0.38	-0.98	mm/sec	NA	820	0.71	0.00	0.82	0.01	0.68	0.01	0.80	0.07	0.56	0.07	1.13	0.07	0.09	0.08	-0.26	0.09	0.45	0.08	Pringleophaga_marioni
p6	fig	NA	Mollusca	Gastropoda	Neotaenioglossa	Pleuroceridae	Lithasia	obovata	f	w	a	Louisville, KY, USA	38.2	-85.7	1	42	rest_MR	MO2	resting	15.0	25.0	0.03	0.00	15	0.40	-0.91	0.09	0.00	15	0.20	-1.59	0.03	0.00	15	0.45	-0.81	0.09	0.01	15.00	0.29	-1.22	mg O2/h	NA	821	1.10	0.00	1.10	0.01	1.10	0.01	NaN	0.14	Inf	0.14	Inf	0.14	NaN	0.14	Inf	0.16	Inf	0.16	Lithasia_obovata
p60	table1	1051	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	bernacchii	m	w	a	Ross Island, McMurdo Sound, Antarctica	-77.9	166.8	1	14	cardiac	resting heart rate (bpm)	NA	-1.0	2.0	21.60	1.40	5	0.14	-1.93	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	29.90	0.50	5.00	0.04	-3.29	beats/min	NA	822	NA	NA	NA	NA	1.08	0.05	NA	NA	NA	NA	-3.43	5.56	NA	NA	NA	NA	-4.52	5.61	Trematomus_bernacchii
p60	fig1	1051	Chordata	Actinopterygii	Perciformes	Nototheniidae	Trematomus	bernacchii	m	w	a	Ross Island, McMurdo Sound, Antarctica	-77.9	166.8	1	14	other	Ventilation rate (bpm)	NA	-1.0	2.0	19.03	2.98	6	0.38	-0.96	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	23.11	0.62	6.00	0.07	-2.73	beats/min	NA	823	NA	NA	NA	NA	0.65	0.28	NA	NA	NA	NA	-5.23	4.44	NA	NA	NA	NA	-5.88	4.72	Trematomus_bernacchii
p61	fig1	2115	Chordata	Actinopterygii	Perciformes	Gobiidae	Gillichthys	mirabilis	m	w	a	University of California, Santa Barbara	34.4	-119.8	1	28	rest_MR	Metabolic rate	NA	9.0	26.0	40.25	11.74	6	0.71	-0.34	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	150.11	14.32	6.00	0.23	-1.45	mg O2 / kg/hr	NA	824	NA	NA	NA	NA	0.77	0.03	NA	NA	NA	NA	0.12	0.14	NA	NA	NA	NA	-0.66	0.17	Gillichthys_mirabilis
p66	fig3	70	Chordata	Actinopterygii	Gonorynchiformes	Chanidae	Chanos	chanos	m	c	j	Changhua County	24.2	120.7	2	7	other	NKA Activity	Freshwater	18.0	28.0	0.31	0.04	8	0.33	-1.10	1.00	0.12	8	0.33	-1.11	NA	NA	NA	NA	NA	2.99	0.23	8.00	0.21	-1.55	umol Pi/mg protein/hr	NA	825	1.17	0.03	NA	NA	2.27	0.02	1.10	0.29	NA	NA	1.75	0.29	-0.07	0.32	NA	NA	-0.52	0.31	Chanos_chanos
p66	fig3	70	Chordata	Actinopterygii	Gonorynchiformes	Chanidae	Chanos	chanos	m	c	j	Changhua County	24.2	120.7	2	7	other	NKA Activity	Saltwater	18.0	28.0	0.62	0.09	8	0.41	-0.89	1.26	0.06	8	0.13	-2.02	NA	NA	NA	NA	NA	1.33	0.11	8.00	0.24	-1.44	umol Pi/mg protein/hr	NA	826	0.71	0.02	NA	NA	0.76	0.03	-0.41	0.29	NA	NA	0.20	0.29	-1.11	0.31	NA	NA	-0.56	0.31	Chanos_chanos
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	max_MR	active metabolic rate	Summer_Control	18.0	28.0	1.03	0.16	6	0.37	-0.99	1.68	0.21	6	0.31	-1.18	0.90	0.13	5	0.32	-1.14	2.39	0.66	6.00	0.68	-0.39	umol O2/min/gram	NA	827	0.49	0.04	0.98	0.10	0.84	0.10	0.27	0.40	1.72	0.45	1.42	0.40	-0.22	0.44	0.74	0.55	0.58	0.50	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	max_MR	active metabolic rate	Summer_UV	18.0	28.0	1.29	0.14	6	0.26	-1.35	2.54	0.57	7	0.60	-0.51	1.03	0.18	5	0.40	-0.92	1.11	0.04	5.00	0.08	-2.56	umol O2/min/gram	NA	828	0.68	0.06	0.07	0.03	-0.15	0.01	1.48	0.37	-1.50	0.50	-1.34	0.45	0.80	0.43	-1.58	0.53	-1.19	0.46	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	max_MR	active metabolic rate	Winter_Control	18.0	28.0	1.15	0.11	8	0.27	-1.32	1.09	0.07	8	0.18	-1.69	1.08	0.10	8	0.27	-1.32	1.11	0.05	8.00	0.14	-1.97	umol O2/min/gram	NA	829	-0.05	0.01	0.03	0.01	-0.04	0.01	-0.45	0.29	-0.69	0.29	-0.79	0.29	-0.40	0.30	-0.72	0.30	-0.75	0.30	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	max_MR	active metabolic rate	Winter_UV	18.0	28.0	1.21	0.12	8	0.29	-1.25	0.95	0.11	7	0.30	-1.21	0.88	0.13	8	0.42	-0.87	1.34	0.17	8.00	0.36	-1.01	umol O2/min/gram	NA	830	-0.24	0.02	0.42	0.04	0.10	0.03	-0.15	0.31	0.27	0.29	0.35	0.29	0.09	0.33	-0.15	0.32	0.25	0.31	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	Catalase activity	Summer_Control	18.0	28.0	0.81	0.03	6	0.10	-2.34	0.82	0.06	6	0.18	-1.69	0.68	0.04	6	0.16	-1.83	0.56	0.06	6.00	0.27	-1.31	unit/mg/tissue	NA	831	0.01	0.01	-0.19	0.01	-0.37	0.01	0.69	0.40	0.41	0.40	0.69	0.40	0.68	0.41	0.60	0.41	1.06	0.41	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	Catalase activity	Summer_UV	18.0	28.0	0.81	0.08	6	0.25	-1.37	0.73	0.05	6	0.16	-1.81	0.93	0.09	6	0.24	-1.42	0.83	0.07	6.00	0.20	-1.60	unit/mg/tissue	NA	832	-0.10	0.01	-0.11	0.02	0.02	0.02	-0.47	0.40	-0.25	0.40	-0.13	0.40	-0.37	0.41	-0.14	0.42	-0.16	0.42	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	Catalase activity	Winter_Control	18.0	28.0	0.47	0.04	6	0.20	-1.61	0.40	0.03	6	0.20	-1.59	0.62	0.04	6	0.16	-1.85	0.58	0.05	6.00	0.23	-1.48	unit/mg/tissue	NA	833	-0.16	0.01	-0.07	0.01	0.21	0.01	-0.29	0.40	0.22	0.40	0.22	0.40	-0.13	0.41	0.29	0.41	0.01	0.41	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	Catalase activity	Winter_UV	18.0	28.0	0.55	0.07	6	0.30	-1.19	0.46	0.11	6	0.60	-0.50	0.56	0.05	6	0.24	-1.44	0.44	0.06	6.00	0.36	-1.03	unit/mg/tissue	NA	834	-0.18	0.07	-0.24	0.03	-0.22	0.03	0.45	0.40	0.18	0.40	-0.15	0.40	0.63	0.47	0.42	0.43	0.07	0.43	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	rest_MR	resting metabolic rate	Summer_Control	18.0	28.0	0.07	0.01	6	0.40	-0.92	0.11	0.02	6	0.43	-0.85	0.11	0.05	5	1.01	0.01	0.29	0.05	6.00	0.46	-0.77	umol O2/min/gram	NA	835	0.45	0.05	0.97	0.24	1.42	0.05	0.69	0.40	0.09	0.45	1.61	0.40	0.24	0.45	-0.88	0.69	0.19	0.45	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	rest_MR	resting metabolic rate	Summer_UV	18.0	28.0	0.19	0.04	6	0.55	-0.60	0.21	0.03	7	0.42	-0.86	0.08	0.02	5	0.52	-0.65	0.18	0.04	5.00	0.50	-0.68	umol O2/min/gram	NA	836	0.10	0.06	0.81	0.11	-0.05	0.09	-0.21	0.37	0.69	0.50	-0.09	0.45	-0.31	0.43	-0.12	0.61	-0.04	0.54	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	rest_MR	resting metabolic rate	Winter_Control	18.0	28.0	0.06	0.01	8	0.33	-1.12	0.14	0.03	8	0.56	-0.59	0.05	0.01	8	0.51	-0.68	0.12	0.02	8.00	0.49	-0.71	umol O2/min/gram	NA	837	0.85	0.07	0.88	0.07	0.69	0.06	1.10	0.29	0.69	0.29	0.69	0.29	0.25	0.36	-0.18	0.35	0.00	0.34	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	rest_MR	resting metabolic rate	Winter_UV	18.0	28.0	0.09	0.01	8	0.25	-1.37	0.12	0.02	7	0.38	-0.95	0.08	0.02	8	0.63	-0.45	0.10	0.02	8.00	0.53	-0.63	umol O2/min/gram	NA	838	0.29	0.04	0.22	0.10	0.11	0.05	0.63	0.31	0.00	0.29	0.69	0.29	0.34	0.35	-0.22	0.39	0.59	0.34	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	SOD activity	Summer_Control	18.0	28.0	0.63	0.07	6	0.26	-1.34	2.09	0.18	6	0.21	-1.56	0.59	0.09	6	0.38	-0.97	1.28	0.11	6.00	0.21	-1.54	unit/mg/tissue	NA	839	1.20	0.02	0.77	0.03	0.71	0.02	0.94	0.40	0.20	0.40	0.45	0.40	-0.25	0.42	-0.57	0.43	-0.26	0.42	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	SOD activity	Summer_UV	18.0	28.0	0.80	0.13	6	0.40	-0.91	1.92	0.22	6	0.28	-1.29	1.12	0.12	6	0.27	-1.31	2.86	0.30	6.00	0.25	-1.37	unit/mg/tissue	NA	840	0.88	0.04	0.94	0.02	1.27	0.04	0.53	0.40	0.92	0.40	0.84	0.40	-0.35	0.44	-0.02	0.42	-0.44	0.44	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	SOD activity	Winter_Control	18.0	28.0	1.34	0.24	6	0.43	-0.83	2.02	0.27	6	0.32	-1.13	1.09	0.25	6	0.56	-0.59	2.79	0.49	6.00	0.43	-0.84	unit/mg/tissue	NA	841	0.41	0.05	0.94	0.08	0.73	0.06	0.12	0.40	0.67	0.40	0.71	0.40	-0.29	0.45	-0.27	0.48	-0.02	0.46	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	antiox	SOD activity	Winter_UV	18.0	28.0	1.16	0.12	6	0.26	-1.33	2.40	0.18	6	0.18	-1.71	1.03	0.09	6	0.22	-1.50	2.54	0.15	6.00	0.14	-1.96	unit/mg/tissue	NA	842	0.73	0.02	0.90	0.01	0.78	0.01	0.41	0.40	0.51	0.40	0.22	0.40	-0.32	0.42	-0.39	0.41	-0.56	0.41	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	endurance	Ucrit	Summer_Control	18.0	28.0	7.36	0.44	8	0.17	-1.78	12.27	1.01	8	0.23	-1.45	7.80	0.68	8	0.25	-1.40	12.31	1.19	8.00	0.27	-1.30	BL/second	UV treatment is actually more natural than “control” but took both. Note, did not take other traits as test temps not provided in data	843	0.51	0.01	0.46	0.02	0.51	0.01	0.83	0.29	0.56	0.29	0.99	0.29	0.32	0.30	0.10	0.30	0.48	0.30	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	endurance	Ucrit	Summer_UV	18.0	28.0	6.19	0.39	6	0.15	-1.87	8.23	1.03	8	0.36	-1.03	6.65	0.36	5	0.12	-2.10	14.06	0.91	6.00	0.16	-1.84	BL/second	NA	844	0.28	0.02	0.75	0.01	0.82	0.01	1.12	0.34	1.02	0.45	0.85	0.40	0.83	0.36	0.27	0.46	0.03	0.41	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	endurance	Ucrit	Winter_Control	18.0	28.0	11.31	0.39	7	0.09	-2.39	11.44	0.77	8	0.19	-1.66	10.47	0.63	8	0.17	-1.77	12.49	0.56	8.00	0.13	-2.07	BL/second	NA	845	0.01	0.01	0.18	0.01	0.10	0.00	0.75	0.31	-0.12	0.29	0.43	0.31	0.74	0.32	-0.29	0.29	0.33	0.31	Gambusia_holbrooki
p67	raw data	raw data	Chordata	Actinopterygii	Cyprinodontiformes	Poeciliidae	Gambusia	holbrooki	f	w	j	Sydney, Australia	-34.1	151.1	2	28	endurance	Ucrit	Winter_UV	18.0	28.0	9.08	0.50	8	0.15	-1.87	11.66	0.44	8	0.11	-2.23	10.23	0.73	8	0.20	-1.60	12.19	0.45	8.00	0.10	-2.26	BL/second	NA	846	0.25	0.00	0.18	0.01	0.29	0.00	-0.13	0.29	-0.48	0.29	-0.11	0.29	-0.38	0.29	-0.66	0.29	-0.40	0.29	Gambusia_holbrooki
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Lake Louisa, Ontario, Canada	45.8	-78.2	1	28	max_MR	Maximum Metabolic Rate	Louisa	8.0	15.0	32.00	1.94	10	0.19	-1.65	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	41.55	1.98	10.00	0.15	-1.89	mg O2 /hr / g	NA	847	NA	NA	NA	NA	0.37	0.01	NA	NA	NA	NA	0.03	0.45	NA	NA	NA	NA	-0.34	0.47	Salvelinus_namaycush
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Opeongo Lake, Ontario, Canada	45.8	-78.2	1	28	max_MR	Maximum Metabolic Rate	Opeongo	8.0	15.0	33.11	1.81	10	0.17	-1.76	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	40.50	1.86	10.00	0.14	-1.93	mg O2 /hr / g	NA	848	NA	NA	NA	NA	0.29	0.01	NA	NA	NA	NA	0.04	0.45	NA	NA	NA	NA	-0.25	0.46	Salvelinus_namaycush
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Lake Manitou, Ontario, Canada	45.8	-82.0	1	28	max_MR	Maximum Metabolic Rate	Manitou	8.0	15.0	38.37	2.16	10	0.18	-1.73	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	43.70	1.95	10.00	0.14	-1.96	mg O2 /hr / g	NA	849	NA	NA	NA	NA	0.19	0.01	NA	NA	NA	NA	-0.15	0.45	NA	NA	NA	NA	-0.33	0.46	Salvelinus_namaycush
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Myrt Lake, Ontario, Canada	48.4	-90.7	1	28	max_MR	Maximum Metabolic Rate	Myrt	8.0	15.0	32.15	2.12	9	0.20	-1.62	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	42.92	2.02	10.00	0.15	-1.91	mg O2 /hr / g	NA	850	NA	NA	NA	NA	0.41	0.01	NA	NA	NA	NA	0.01	0.48	NA	NA	NA	NA	-0.41	0.50	Salvelinus_namaycush
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Lake Louisa, Ontario, Canada	45.8	-78.2	1	28	rest_MR	Routine Metabolic Rate	Louisa	8.0	15.0	5.52	0.56	10	0.32	-1.13	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.31	0.82	10.00	0.28	-1.28	mg O2 /hr / g	NA	851	NA	NA	NA	NA	0.75	0.04	NA	NA	NA	NA	0.54	0.45	NA	NA	NA	NA	-0.20	0.49	Salvelinus_namaycush
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Opeongo Lake, Ontario, Canada	45.8	-78.2	1	28	rest_MR	Routine Metabolic Rate	Opeongo	8.0	15.0	4.91	0.91	10	0.59	-0.53	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	10.63	0.74	10.00	0.22	-1.51	mg O2 /hr / g	NA	852	NA	NA	NA	NA	1.10	0.08	NA	NA	NA	NA	-0.30	0.45	NA	NA	NA	NA	-1.40	0.53	Salvelinus_namaycush
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Lake Manitou, Ontario, Canada	45.8	-82.0	1	28	rest_MR	Routine Metabolic Rate	Manitou	8.0	15.0	5.85	0.58	10	0.31	-1.16	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	11.20	1.12	10.00	0.32	-1.15	mg O2 /hr / g	NA	853	NA	NA	NA	NA	0.93	0.04	NA	NA	NA	NA	0.94	0.45	NA	NA	NA	NA	0.01	0.49	Salvelinus_namaycush
p68	fig2	8	Chordata	Actinopterygii	Salmoniformes	Salmonidae	Salvelinus	namaycush	f	w	j	Myrt Lake, Ontario, Canada	48.4	-90.7	1	28	rest_MR	Routine Metabolic Rate	Myrt	8.0	15.0	4.96	0.83	9	0.50	-0.69	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	9.80	0.75	10.00	0.24	-1.42	mg O2 /hr / g	NA	854	NA	NA	NA	NA	0.97	0.07	NA	NA	NA	NA	-0.07	0.48	NA	NA	NA	NA	-1.04	0.55	Salvelinus_namaycush
p69	fig1	995	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	max_MR	maximum MR	NA	18.0	24.0	0.42	0.04	10	0.33	-1.10	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.64	0.08	10.00	0.42	-0.87	mg O2 /hr / g	NA	855	NA	NA	NA	NA	0.70	0.07	NA	NA	NA	NA	1.16	0.62	NA	NA	NA	NA	0.45	0.69	Forsterygion_lapillum
p69	fig3	997	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	mito_leak	mtDNA Leak (pmol O2 / s/ mg)	skeletal muscle	18.0	24.0	0.22	0.02	4	0.23	-1.49	0.56	0.03	4	0.11	-2.20	0.09	0.02	4	0.45	-0.80	0.28	0.07	4.00	0.47	-0.75	pmol O2 /s/mg	NA	856	1.56	0.03	1.89	0.31	0.40	0.20	0.68	1.85	2.09	1.85	2.09	1.85	-0.88	1.88	0.20	2.16	1.69	2.05	Forsterygion_lapillum
p69	fig3	997	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	mito_oxidation	OXPCI	skeletal muscle	18.0	24.0	1.84	0.10	4	0.11	-2.17	2.54	0.28	4	0.22	-1.53	1.43	0.11	4	0.15	-1.90	1.97	0.09	4.00	0.09	-2.39	pmol O2 /s/mg	NA	857	0.54	0.04	0.53	0.02	0.11	0.01	1.72	1.85	-0.33	1.85	-0.18	1.85	1.18	1.89	-0.87	1.87	-0.29	1.87	Forsterygion_lapillum
p69	fig3	997	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	mito_oxidation	OXPCI/CII	skeletal muscle	18.0	24.0	2.51	0.21	4	0.17	-1.80	3.67	0.48	4	0.26	-1.34	1.85	0.13	4	0.14	-1.98	2.67	0.14	4.00	0.11	-2.24	pmol O2 /s/mg	NA	858	0.63	0.07	0.61	0.02	0.10	0.03	1.38	1.85	0.12	1.85	-0.68	1.85	0.74	1.92	-0.49	1.87	-0.78	1.88	Forsterygion_lapillum
p69	fig3	997	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	mito_leak	OXPGLeak	skeletal muscle	18.0	24.0	1.33	0.11	4	0.16	-1.83	1.59	0.41	4	0.51	-0.67	0.97	0.09	4	0.19	-1.68	1.27	0.08	4.00	0.13	-2.03	pmol O2 /s/mg	NA	859	0.30	0.20	0.45	0.03	-0.08	0.03	2.19	1.85	-0.20	1.85	-0.53	1.85	1.90	2.06	-0.65	1.89	-0.45	1.88	Forsterygion_lapillum
p69	fig1	995	Chordata	Actinopterygii	Perciformes	Tripterygiidae	Forsterygion	lapillum	m	w	a	Leigh, New Zealand	-36.3	174.8	1	28	rest_MR	standard MR	NA	18.0	24.0	0.10	0.01	10	0.19	-1.65	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.16	0.01	10.00	0.15	-1.90	mg O2 /hr / g	NA	860	NA	NA	NA	NA	0.78	0.04	NA	NA	NA	NA	0.00	0.62	NA	NA	NA	NA	-0.78	0.66	Forsterygion_lapillum
p7	fig	29	Mollusca	Gastropoda	Archaeogastropoda	Haliotidae	Haliotis	rubra	m	c	a	Vic, Australia	-33.1	144.7	1	14	other	movement	vol move in respirometer	16.0	23.0	0.71	0.20	10	0.89	-0.12	1.16	0.29	10	0.79	-0.24	0.00	0.00	10	NA	NA	0.61	0.25	10.00	1.30	0.26	shell length/h	NA	861	0.70	0.29	Inf	NaN	-0.22	0.50	0.53	0.45	Inf	0.45	0.32	0.45	-0.17	0.74	NaN	NaN	0.54	0.96	Haliotis_rubra
p7	fig	29	Mollusca	Gastropoda	Archaeogastropoda	Haliotidae	Haliotis	laevigata	m	c	a	Vic, Australia	-33.1	144.7	1	14	other	movement	vol move in respirometer	16.0	23.0	0.87	0.43	10	1.56	0.45	1.83	0.34	10	0.59	-0.53	0.00	0.00	10	NA	NA	0.55	0.21	10.00	1.21	0.19	shell length/h	NA	862	1.06	0.57	Inf	NaN	-0.66	0.80	-0.34	0.45	Inf	0.45	-1.02	0.45	-1.40	1.02	NaN	NaN	-0.37	1.25	Haliotis_laevigata
p7	fig	29	Mollusca	Gastropoda	Archaeogastropoda	Haliotidae	Haliotis	rubra	m	c	a	Vic, Australia	-33.1	144.7	1	14	other	movement	vol move in respirometer	16.0	23.0	0.23	0.14	10	1.92	0.65	0.27	0.11	10	1.29	0.25	0.00	0.00	10	NA	NA	0.21	0.09	10.00	1.39	0.33	shell length/h	NA	863	0.23	1.09	Inf	NaN	-0.13	1.13	-0.34	0.45	Inf	0.45	-0.63	0.45	-0.57	1.55	NaN	NaN	-0.50	1.58	Haliotis_rubra
p70	fig	556	Chordata	Actinopterygii	Acipenseriformes	Acipenseridae	Acipenser	brevirostrum	m	c	j	New Brunswick, Canada	46.6	66.5	1	10	rest_MR	metabolic rate	routine	10.0	15.0	221.99	12.45	6	0.14	-1.99	350.62	33.20	6	0.23	-1.46	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	MO2 (mg O2 kg-1 h-1)	measured for only one acclimation temp but at many different acute temps	864	0.91	0.05	NA	NA	NA	NA	1.96	1.60	NA	NA	NA	NA	1.05	1.65	NA	NA	NA	NA	Acipenser_brevirostrum
p70	fig	556	Chordata	Actinopterygii	Acipenseriformes	Acipenseridae	Acipenser	brevirostrum	m	c	j	New Brunswick, Canada	46.6	66.5	1	10	rest_MR	metabolic rate	routine	10.0	20.0	221.99	12.45	6	0.14	-1.99	392.12	14.52	6	0.09	-2.40	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	MO2 (mg O2 kg-1 h-1)	measured for only one acclimation temp but at many different acute temps	865	0.57	0.00	NA	NA	NA	NA	0.15	0.40	NA	NA	NA	NA	-0.42	0.40	NA	NA	NA	NA	Acipenser_brevirostrum
p70	fig	556	Chordata	Actinopterygii	Acipenseriformes	Acipenseridae	Acipenser	brevirostrum	m	c	j	New Brunswick, Canada	46.6	66.5	1	10	rest_MR	metabolic rate	routine	10.0	25.0	221.99	12.45	6	0.14	-1.99	448.13	24.90	6	0.14	-1.99	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	MO2 (mg O2 kg-1 h-1)	measured for only one acclimation temp but at many different acute temps	866	0.47	0.00	NA	NA	NA	NA	0.46	0.18	NA	NA	NA	NA	-0.01	0.18	NA	NA	NA	NA	Acipenser_brevirostrum
p71	fig	128	Chordata	Actinopterygii	Perciformes	Sciaenidae	Argyrosomus	regius	m	c	j	Bafa Lake, Turkey	37.5	27.4	1	30	rest_MR	metabolic rate	NA	18.0	30.0	371.01	9.67	20	0.12	-2.15	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	643.45	36.03	20.00	0.25	-1.38	mg h-1 kg-1	measured at acclimated temperature only	867	NA	NA	NA	NA	0.46	0.00	NA	NA	NA	NA	1.10	0.07	NA	NA	NA	NA	0.64	0.08	Argyrosomus_regius
p77	fig	459	Mollusca	Bivalvia	Pectinida	Pectinidae	Argopecten	purpuratus	m	w	j	Tongoy Bay	30.1	71.3	1	18	rest_MR	metabolic rate	400co2	14.0	18.0	0.05	0.01	20	1.13	0.12	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	0.08	0.01	20.00	0.44	-0.81	mgO2h-1g-1	NA	868	NA	NA	NA	NA	1.18	0.59	NA	NA	NA	NA	-0.84	0.66	NA	NA	NA	NA	-2.02	1.25	Argopecten_purpuratus
p78	fig	265	Mollusca	Bivalvia	Pterioida	Pteriidae	Pinctada	margaritifera	m	c	a	Taravao, Tahiti, French Polynesia	17.7	149.3	2	7	rest_MR	respiration rate	pH 8.2	22.0	30.0	1.47	0.18	4	0.24	-1.42	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.68	0.55	4.00	0.41	-0.88	Respiration rate mg O2 per hour per g per dw	NA	869	NA	NA	NA	NA	0.75	0.09	NA	NA	NA	NA	1.40	1.04	NA	NA	NA	NA	0.65	1.13	Pinctada_margaritifera
p82	fig	87	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	m	c	a	Bundaberg, QLD	24.9	152.3	2	21	cardiac	active heart rate (bpm)	Control group (No Bisphenol)	18.0	28.0	252.26	8.21	8	0.09	-2.39	394.19	17.34	8	0.12	-2.08	244.52	7.30	8	0.08	-2.47	368.39	9.12	8.00	0.07	-2.66	NA	NA	870	0.45	0.00	0.41	0.00	0.38	0.00	0.75	0.29	0.22	0.29	0.11	0.29	0.30	0.29	-0.19	0.29	-0.27	0.29	Danio_rerio
p82	fig	87	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	m	c	a	Bundaberg, QLD	24.9	152.3	2	21	cardiac	resting heart rate (bpm)	Control group (No Bisphenol)	18.0	28.0	134.29	8.89	8	0.19	-1.68	200.57	12.12	8	0.17	-1.77	164.00	12.12	8	0.21	-1.57	189.14	14.55	8.00	0.22	-1.53	NA	NA	871	0.40	0.01	0.14	0.01	0.34	0.01	0.31	0.29	0.18	0.29	0.49	0.29	-0.09	0.29	0.04	0.30	0.15	0.30	Danio_rerio
p82	fig	87	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	m	c	a	Bundaberg, QLD	24.9	152.3	2	21	ATPase	SERCA activity	skeletal tissue, Control group (No Bisphenol)	18.0	28.0	3.67	0.56	9	0.46	-0.78	7.63	0.97	9	0.38	-0.96	0.77	0.99	9	3.86	1.35	3.59	1.22	9.00	1.02	0.02	NA	NA	872	0.73	0.04	1.54	1.77	-0.02	0.14	0.55	0.25	0.21	0.25	0.78	0.25	-0.18	0.29	-1.33	2.02	0.80	0.39	Danio_rerio
p82	fig	87	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	m	c	a	Bundaberg, QLD	24.9	152.3	2	21	ATPase	SERCA activity	muscle tissue, Control group (No Bisphenol)	18.0	28.0	2.55	0.51	9	0.60	-0.51	3.83	0.72	9	0.56	-0.57	2.71	0.74	9	0.82	-0.20	3.35	0.96	9.00	0.86	-0.15	NA	NA	873	0.41	0.08	0.21	0.16	0.27	0.12	0.34	0.25	0.26	0.25	0.63	0.25	-0.06	0.33	0.05	0.41	0.36	0.37	Danio_rerio
p82	fig	87	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Danio	rerio	m	c	a	Bundaberg, QLD	24.9	152.3	2	21	sprint	swim speed	Control group (No Bisphenol)	18.0	28.0	8.40	0.21	13	0.09	-2.41	9.28	0.31	13	0.12	-2.12	6.22	0.51	13	0.30	-1.22	8.88	0.21	13.00	0.09	-2.46	critical swim speed (body lengths per s)	NA	874	0.10	0.00	0.36	0.01	0.06	0.00	0.39	0.17	-0.89	0.17	0.00	0.17	0.29	0.17	-1.24	0.17	-0.06	0.17	Danio_rerio
p84	fig	191	Chordata	Amphibia	Urodela	Salamandridae	Cynops	orientalis	t	w	j	Fuyang, Hangzhou	32.9	115.8	1	28	sprint	Absolute speed (cm/s)	NA	16.0	24.0	12.68	2.03	8	0.45	-0.79	16.59	3.12	8	0.53	-0.63	17.21	1.09	8	0.18	-1.72	20.49	0.78	8.00	0.11	-2.23	cm/s	NA	875	0.34	0.10	0.22	0.01	0.60	0.04	0.54	0.45	-0.42	0.45	-1.20	0.45	0.20	0.54	-0.64	0.45	-1.80	0.49	Cynops_orientalis
p84	fig	191	Chordata	Amphibia	Urodela	Salamandridae	Cynops	orientalis	t	w	a	Fuyang, Hangzhou	32.9	115.8	1	28	sprint	Absolute speed (cm/s)	NA	16.0	24.0	18.93	2.19	12	0.40	-0.91	26.11	2.97	12	0.39	-0.93	26.26	2.65	12	0.35	-1.05	31.73	4.37	12.00	0.48	-0.74	NA	NA	876	0.40	0.04	0.24	0.05	0.65	0.05	0.38	0.28	0.63	0.28	0.86	0.28	-0.02	0.33	0.39	0.33	0.22	0.33	Cynops_orientalis
p89	table	51	Chordata	Actinopterygii	Perciformes	Percidae	Perca	fluviatilis	f	w	a	Turku, Finland	60.2	22.0	1	28	other	CL Peak Emission	Respiratory burst reaction of phagocytizing leukocytes	5.0	16.0	1.09	0.03	13	0.10	-2.29	1.16	0.06	13	0.20	-1.62	1.31	0.06	17	0.18	-1.70	1.59	0.14	17.00	0.37	-0.99	NA	NA	877	0.06	0.00	0.18	0.01	0.34	0.01	0.63	0.14	0.77	0.10	1.52	0.12	0.57	0.14	0.59	0.11	1.18	0.13	Perca_fluviatilis
p90	fig	2201	Chordata	Actinopterygii	Perciformes	Sillaginidae	Sillaginodes	punctatus	m	w	a	North Haven, Australia	31.6	152.8	1	21	sprint	Max swim speed	NA	16.0	26.0	5.98	0.84	17	0.58	-0.55	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	7.64	0.90	17.00	0.49	-0.72	body lengths per s	NA	878	NA	NA	NA	NA	0.24	0.03	NA	NA	NA	NA	0.07	0.12	NA	NA	NA	NA	-0.18	0.16	Sillaginodes_punctatus
p90	fig	2201	Chordata	Actinopterygii	Perciformes	Sillaginidae	Sillaginodes	punctatus	m	w	a	North Haven, Australia	31.6	152.8	1	21	max_MR	MMR	NA	16.0	26.0	203.28	14.21	17	0.29	-1.24	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	383.61	32.79	17.00	0.35	-1.04	mg per kg per hr	NA	879	NA	NA	NA	NA	0.64	0.01	NA	NA	NA	NA	0.84	0.12	NA	NA	NA	NA	0.20	0.14	Sillaginodes_punctatus
p90	fig	2201	Chordata	Actinopterygii	Perciformes	Sillaginidae	Sillaginodes	punctatus	m	w	a	North Haven, Australia	31.6	152.8	1	21	rest_MR	SMR	NA	16.0	26.0	116.94	5.46	17	0.19	-1.65	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	242.62	17.49	17.00	0.30	-1.21	mg per kg per hr	NA	880	NA	NA	NA	NA	0.73	0.01	NA	NA	NA	NA	1.16	0.12	NA	NA	NA	NA	0.43	0.13	Sillaginodes_punctatus
p91	fig	1170	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Border Ranges, NSW, Australia	28.4	153.1	1	112	sprint	locomoter speed	high elevation	12.0	24.0	0.26	0.07	30	1.52	0.42	0.84	0.22	30	1.46	0.38	0.35	0.07	30	1.14	0.13	2.28	0.16	30.00	0.38	-0.96	body lengths per s	NA	881	0.98	0.10	1.56	0.03	1.81	0.05	0.95	0.05	0.69	0.05	0.69	0.05	-0.02	0.15	-0.87	0.08	-1.12	0.10	Rhinella_marina
p91	fig	1170	Chordata	Amphibia	Anura	Bufonidae	Rhinella	marina	t	w	a	Border Ranges, NSW, Australia	28.4	153.1	1	112	sprint	locomoter speed	low elevation	12.0	24.0	0.12	0.04	40	2.23	0.80	1.30	0.15	40	0.71	-0.34	0.41	0.06	40	0.87	-0.14	1.99	0.11	40.00	0.36	-1.03	body lengths per s	NA	882	1.99	0.09	1.32	0.02	2.34	0.08	1.10	0.04	0.51	0.04	0.84	0.04	-0.88	0.12	-0.81	0.05	-1.50	0.11	Rhinella_marina
p93	table	466	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	w	a	Helgoland	54.2	7.9	1	42	ATPase	Na+/K+ ATPase activity	NC	4.0	10.0	20.78	2.74	6	0.32	-1.13	71.01	7.54	6	0.26	-1.35	20.86	1.03	6	0.12	-2.11	71.65	3.08	6.00	0.11	-2.25	umol h-1 g fwt-1	NA	883	2.05	0.08	2.06	0.01	2.06	0.05	1.69	1.11	1.83	1.11	0.19	1.11	-0.36	1.19	-0.23	1.12	-1.87	1.16	Gadus_morhua
p93	table	466	Chordata	Actinopterygii	Gadiformes	Gadidae	Gadus	morhua	m	c	a	University of Bergen, raised in Alfred Wegener Institute	60.4	5.3	1	42	ATPase	Na+/K+ ATPase activity	NECAC	4.0	10.0	20.22	2.65	6	0.32	-1.14	85.69	8.83	6	0.25	-1.38	17.70	2.73	6	0.38	-0.97	67.43	9.48	6.00	0.34	-1.07	umol h-1 g fwt-1	NA	884	2.41	0.08	2.23	0.12	2.01	0.10	2.01	1.11	2.07	1.11	2.12	1.11	-0.40	1.19	-0.15	1.23	0.12	1.21	Gadus_morhua
p93	table	466	Chordata	Actinopterygii	Gadiformes	Gadidae	Merlanguis	merlangus	m	w	a	Helgoland	54.2	7.9	1	42	ATPase	Na+/K+ ATPase activity	WH	4.0	10.0	23.05	3.20	8	0.39	-0.93	54.66	5.47	8	0.28	-1.26	11.79	1.21	8	0.29	-1.24	23.05	3.20	8.00	0.39	-0.93	umol h-1 g fwt-1	NA	885	1.44	0.08	1.12	0.08	0.00	0.11	0.89	0.79	1.62	0.79	0.00	0.79	-0.55	0.88	0.50	0.88	0.00	0.90	Merlanguis_merlangus
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Florida, USA	27.7	81.5	1	14	sprint	burst speed	NA	6.0	28.0	9.60	0.46	18	0.21	-1.58	31.50	2.51	18	0.34	-1.08	7.14	0.66	21	0.42	-0.86	39.70	1.32	21.00	0.15	-1.88	cm/s	NA	886	0.54	0.00	0.78	0.00	0.65	0.00	0.77	0.02	0.32	0.02	0.51	0.02	0.23	0.03	-0.46	0.02	-0.13	0.02	Notophthalmus_viridescens
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Maine, USA	45.2	69.5	1	14	sprint	burst speed	NA	6.0	28.0	14.29	0.66	20	0.21	-1.57	27.39	1.59	20	0.26	-1.35	8.73	0.53	19	0.26	-1.33	36.39	1.32	20.00	0.16	-1.82	cm/s	NA	887	0.30	0.00	0.65	0.00	0.42	0.00	0.40	0.02	0.43	0.02	0.32	0.02	0.10	0.02	-0.22	0.02	-0.11	0.02	Notophthalmus_viridescens
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Florida, USA	27.7	81.5	1	14	metabolic_enzyme	CK activity	NA	6.0	28.0	76.64	0.00	6	0.00	NA	336.45	28.04	6	0.20	-1.59	115.89	11.21	6	0.24	-1.44	499.07	39.25	6.00	0.19	-1.65	units per g	NA	888	0.67	0.00	0.66	0.00	0.85	0.00	Inf	0.08	0.57	0.08	Inf	0.08	Inf	0.08	-0.09	0.09	Inf	0.08	Notophthalmus_viridescens
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Maine, USA	45.2	69.5	1	14	metabolic_enzyme	CK activity	NA	6.0	28.0	100.93	5.61	6	0.14	-1.99	396.26	52.34	6	0.32	-1.13	85.98	0.00	5	0.00	NA	332.71	44.86	6.00	0.33	-1.11	units per g	NA	889	0.62	0.00	0.62	0.00	0.54	0.00	1.02	0.08	Inf	0.09	0.94	0.08	0.39	0.09	Inf	0.10	0.40	0.09	Notophthalmus_viridescens
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Florida, USA	27.7	81.5	1	14	metabolic_enzyme	LDH activity	NA	6.0	28.0	250.98	0.00	6	0.00	NA	1866.67	125.49	6	0.16	-1.80	290.20	0.00	6	0.00	NA	2258.82	180.39	6.00	0.20	-1.63	units per g	NA	890	0.91	0.00	0.93	0.00	1.00	0.00	Inf	0.08	Inf	0.08	Inf	0.08	Inf	0.08	Inf	0.08	Inf	0.08	Notophthalmus_viridescens
p95	fig	106	Chordata	Amphibia	Urodela	Salamandridae	Notophthalmus	viridescens	f	w	a	Maine, USA	45.2	69.5	1	14	metabolic_enzyme	LDH activity	NA	6.0	28.0	196.08	0.00	6	0.00	NA	2023.53	47.06	6	0.06	-2.87	180.39	31.37	5	0.39	-0.94	1615.69	101.96	5.00	0.14	-1.96	units per g	NA	891	1.06	0.00	1.00	0.01	0.96	0.00	Inf	0.08	0.54	0.10	Inf	0.09	Inf	0.08	-0.46	0.11	Inf	0.09	Notophthalmus_viridescens
p97	fig	442	Chordata	Actinopterygii	Clupeiformes	Engraulidae	Engraulis	japonicus	m	w	a	Saikai, Japan	32.9	129.6	2	28	sprint	Max accelaration	400pCO2 control group	15.0	19.0	76.83	9.43	20	0.55	-0.60	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	68.64	8.87	20.00	0.58	-0.55	m/s	NA	892	NA	NA	NA	NA	-0.28	0.20	NA	NA	NA	NA	-0.15	0.66	NA	NA	NA	NA	0.13	0.86	Engraulis_japonicus
p97	fig	442	Chordata	Actinopterygii	Clupeiformes	Engraulidae	Engraulis	japonicus	m	w	a	Saikai, Japan	32.9	129.6	2	28	sprint	Max Speed	400pCO2 control group	15.0	19.0	1.42	0.14	20	0.44	-0.81	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	1.61	0.14	20.00	0.39	-0.95	degrees/millisec	NA	893	NA	NA	NA	NA	0.31	0.11	NA	NA	NA	NA	0.00	0.66	NA	NA	NA	NA	-0.31	0.77	Engraulis_japonicus
p97	fig	441	Chordata	Actinopterygii	Clupeiformes	Engraulidae	Engraulis	japonicus	m	w	a	Saikai, Japan	32.9	129.6	2	28	other	Turning rate	400pCO2 control group	15.0	19.0	2.15	0.13	20	0.27	-1.30	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	2.81	0.12	20.00	0.20	-1.62	m/s^2	NA	894	NA	NA	NA	NA	0.67	0.03	NA	NA	NA	NA	-0.20	0.66	NA	NA	NA	NA	-0.87	0.69	Engraulis_japonicus
p99	fig	246	Chordata	Actinopterygii	Perciformes	Latidae	Lates	calcarifer	m	c	j	Bowen, QLD, Australia	20.0	148.2	1	35	rest_MR	metabolic rate	standard metabolic rate	29.0	38.0	8.80	0.75	4	0.17	-1.77	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	10.42	0.63	8.00	0.17	-1.77	mg min-1kg-1	NA	895	NA	NA	NA	NA	0.19	0.01	NA	NA	NA	NA	0.19	0.59	NA	NA	NA	NA	0.00	0.60	Lates_calcarifer

Data exploration (the mean-variance relationship)

p1 <- ggplot(data) + geom_point(aes(x = log(r1.1), y = log(r1.1_se * sqrt(r1.1_N)), 
    color = habitat), size = 1) + labs(x = "ln(mean)", y = "ln(SD)", title = "R1.1")

p2 <- ggplot(data) + geom_point(aes(x = log(r1.2), y = log(r1.2_se * sqrt(r1.2_N)), 
    color = habitat), size = 1) + labs(x = "ln(mean)", y = "ln(SD)", title = "R1.2")

p3 <- ggplot(data) + geom_point(aes(x = log(r2.1), y = log(r2.1_se * sqrt(r2.1_N)), 
    color = habitat), size = 1) + labs(x = "ln(mean)", y = "ln(SD)", title = "R2.1")

p4 <- ggplot(data) + geom_point(aes(x = log(r2.2), y = log(r2.2_se * sqrt(r2.2_N)), 
    color = habitat), size = 1) + labs(x = "ln(mean)", y = "ln(SD)", title = "R2.2")

grid.arrange(p1, p2, p3, p4, nrow = 2)

As we can see, there are very strong relationships between the mean and the variance (standard deviation), but we also see some outliers on the bottom of the figures - we need to check these points.

Meta-analysis for Q₁₀RR

Meta-analysis for Q_10acRR

# data with sampling variance
data1 <- data %>% filter(!is.na(V_lnQ10ac), V_lnQ10ac > 0)

m1 <- rma.mv(yi = lnQ10ac, V = V_lnQ10ac, random = list(~1 | record_num, ~1 | 
    spp_names, ~1 | obs), data = data1)
summary(m1)

## 
## Multivariate Meta-Analysis Model (k = 586; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -339.8151   679.6302   687.6302   705.1166   687.6991  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.1130  0.3362    167     no  record_num
## sigma^2.2  0.0015  0.0393    155     no   spp_names
## sigma^2.3  0.0914  0.3023    586     no         obs
## 
## Test for Heterogeneity: 
## Q(df = 585) = 22453.7686, p-val < .0001
## 
## Model Results:
## 
## estimate      se     zval    pval   ci.lb   ci.ub     
##   0.6175  0.0326  18.9621  <.0001  0.5537  0.6814  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# heterogeneity
I2(m1)

##      I2_total I2_record_num  I2_spp_names        I2_obs 
##        0.9781        0.5368        0.0073        0.4340

So, just a note on directionality. We subtracted r1.2 from r1.1, which essentially means that when the rates of r1.2 are larger than the rates of r1.1 the effect size is positive and this essentially means that acclimation and measurement at r1.2 has a higher rate than acclimation and measurement at r1.1 across a 10°C change. In contrast, when the effect size is negative this essentially means that acclimation and measurement at r1.2 has a lower rate than acclimation than acclimation and measurement at r1.1 across a 10°C change.

We can also convert this into a more understandable measure by exp the log ratio. It’s not going to be perfectly accurate, but close enough for our purposes.

# data with sampling variance
estm1 <- get_est(m1, "Intercept")
exp(estm1$estimate)

## [1] 1.9

Interpretation: In other words, on average cold acclimated populations have physiological rates at higher temperatures (r1.2) that are about 85.43% higher than physiological rates at lower temperatures (r1.1) over a 10°C change in temperature.

Meta-analysis for Q_10awRR

# data with sampling variance
data2 <- data %>% filter(!is.na(V_lnQ10aw), V_lnQ10aw > 0)

m2 <- rma.mv(yi = lnQ10aw, V = V_lnQ10aw, random = list(~1 | record_num, ~1 | 
    spp_names, ~1 | obs), data = data2)
summary(m2)

## 
## Multivariate Meta-Analysis Model (k = 573; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -334.9391   669.8782   677.8782   695.2747   677.9487  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0974  0.3122    161     no  record_num
## sigma^2.2  0.0000  0.0000    147     no   spp_names
## sigma^2.3  0.0872  0.2954    573     no         obs
## 
## Test for Heterogeneity: 
## Q(df = 572) = 12432.9821, p-val < .0001
## 
## Model Results:
## 
## estimate      se     zval    pval   ci.lb   ci.ub     
##   0.7054  0.0311  22.6857  <.0001  0.6444  0.7663  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# heterogeneity
I2(m2)

##      I2_total I2_record_num  I2_spp_names        I2_obs 
##       9.7e-01       5.1e-01       8.7e-10       4.6e-01

So, just a note on directionality. We subtracted r2.2 from r2.1, which essentially means that when the rates of r2.2 are larger than the rates of r2.1 the effect size is positive and this essentially means that acclimation and measurement at r2.2 has a higher rate than acclimation and measurement at r2.1 across a 10°C change. In contrast, when the effect size is negative this essentially means that acclimation and measurement at r2.2 has a lower rate than acclimation than acclimation and measurement at r2.1 across a 10°C change.

We can also convert this into a more understandable measure by exp the log ratio. It’s not going to be perfectly accurate, but close enough for our purposes.

# data with sampling variance
estm2 <- get_est(m2, "Intercept")
exp(estm2$estimate)

## [1] 2

Interpretation: In other words, on average warm acclimated populations have physiological rates at higher temperatures (r2.2) that are about 102.46% higher than physiological rates at lower temperatures (r2.1) over a 10°C change in temperature.

Meta-analysis for Q_10paRR

# data with sampling variance
data3 <- data %>% filter(!is.na(V_lnQ10pa), V_lnQ10pa > 0)

m3 <- rma.mv(yi = lnQ10pa, V = V_lnQ10pa, random = list(~1 | record_num, ~1 | 
    spp_names, ~1 | obs), data = data3)
summary(m3)

## 
## Multivariate Meta-Analysis Model (k = 821; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -537.3760  1074.7520  1082.7520  1101.5892  1082.8011  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0942  0.3070    235     no  record_num
## sigma^2.2  0.0047  0.0684    217     no   spp_names
## sigma^2.3  0.1091  0.3304    821     no         obs
## 
## Test for Heterogeneity: 
## Q(df = 820) = 25277.0815, p-val < .0001
## 
## Model Results:
## 
## estimate      se     zval    pval   ci.lb   ci.ub     
##   0.5439  0.0272  20.0178  <.0001  0.4907  0.5972  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# heterogeneity
I2(m3)

##      I2_total I2_record_num  I2_spp_names        I2_obs 
##         0.980         0.444         0.022         0.514

So, just a note on directionality. We subtracted r2.2 from r1.1, which essentially means that when the rates of r2.2 are larger than the rates of r1.1 the effect size is positive and this essentially means that acclimation and measurement at r2.2 has a higher rate than acclimation at temp 1 and measurement at temp 1 (r1.1) across a 10°C change. In contrast, when the effect size is negative this essentially means that acclimation and measurement at r2.2 has a lower rate than acclimation at temp 1 and measurement at temp 1 (r1.1) across a 10°C change.

We can also convert this into a more understandable measure by exp the log ratio. It’s not going to be perfectly accurate, but close enough for our purposes.

# data with sampling variance
estm3 <- get_est(m3, "Intercept")
exp(estm3$estimate)

## [1] 1.7

Interpretation:In other words, on average, physiological rates of warm acclimated animals, measured at warm temperatures have physiological rates that are about 72.28% higher than physiological rates at lower acclimation and measurement temperatures (r1.1) over a 10°C change in temperature.

Meta-analysis for SQ₁₀

Meta-analysis for SQ_10ac

# data with sampling variance
data4 <- data %>% filter(!is.na(V_lnS10ac), lnS10ac != Inf, lnS10ac != -Inf, 
    V_lnS10ac > 0)

m4 <- rma.mv(yi = lnS10ac, V = V_lnS10ac, random = list(~1 | record_num, ~1 | 
    spp_names, ~1 | obs), data = data4)
summary(m4)

## 
## Multivariate Meta-Analysis Model (k = 572; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -648.0993  1296.1986  1304.1986  1321.5881  1304.2693  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0570  0.2388    161     no  record_num
## sigma^2.2  0.0389  0.1971    148     no   spp_names
## sigma^2.3  0.1920  0.4382    572     no         obs
## 
## Test for Heterogeneity: 
## Q(df = 571) = 1606.5481, p-val < .0001
## 
## Model Results:
## 
## estimate      se     zval    pval   ci.lb   ci.ub     
##   0.4498  0.0426  10.5591  <.0001  0.3663  0.5333  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# heterogeneity
I2(m4)

##      I2_total I2_record_num  I2_spp_names        I2_obs 
##         0.692         0.137         0.093         0.461

So, just a note on directionality. We subtracted r1.2 from r1.1, which essentially means that when the variance in rates of r1.2 are larger than the variance in rates of r1.1 the effect size is positive and this essentially means that acclimation and measurement at r1.2 has a higher variance than acclimation and measurement at r1.1 when comparing across a 10°C change. In contrast, when the effect size is negative this essentially means that acclimation and measurement at r1.2 has a lower variance in rates than acclimation and measurement at r1.1 when comparing across a 10°C change.

We can also convert this into a more understandable measure by exp the log ratio. It’s not going to be perfectly accurate, but close enough for our purposes.

# data with sampling variance
estm4 <- get_est(m4, "Intercept")
exp(estm4$estimate)

## [1] 1.6

Interpretation: In other words, on average cold acclimated populations have variance in physiological rates at higher temperatures (r1.2) that are about 56.8% higher than the variance in physiological rates at lower temperatures (r1.1) when comparing across a 10°C change in temperature.

Meta-analysis for SQ_10aw

# data with sampling variance why do we get V_lnS10aw < 0??? - need to check
# data
data5 <- data %>% filter(!is.na(V_lnS10aw), lnS10aw != Inf, lnS10aw != -Inf, 
    V_lnS10aw > 0)

m5 <- rma.mv(yi = lnS10aw, V = V_lnS10aw, random = list(~1 | record_num, ~1 | 
    spp_names, ~1 | obs), data = data5)
summary(m5)

## 
## Multivariate Meta-Analysis Model (k = 557; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -599.4589  1198.9179  1206.9179  1224.2009  1206.9905  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.1397  0.3737    154     no  record_num
## sigma^2.2  0.0000  0.0000    140     no   spp_names
## sigma^2.3  0.1484  0.3853    557     no         obs
## 
## Test for Heterogeneity: 
## Q(df = 556) = 1794.4171, p-val < .0001
## 
## Model Results:
## 
## estimate      se     zval    pval   ci.lb   ci.ub     
##   0.4975  0.0438  11.3680  <.0001  0.4117  0.5833  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# heterogeneity
I2(m5)

##      I2_total I2_record_num  I2_spp_names        I2_obs 
##       7.0e-01       3.4e-01       2.2e-09       3.6e-01

So, just a note on directionality. We subtracted r2.2 from r2.1, which essentially means that when the variance in rates of r2.2 are larger than the variance in rates of r2.1 the effect size is positive and this essentially means that acclimation and measurement at r2.2 has a higher variance than acclimation and measurement at r2.1 when comparing across a 10°C change. In contrast, when the effect size is negative this essentially means that acclimation and measurement at r2.2 has a lower variance in rates than acclimation and measurement at r2.1 when comparing across a 10°C change.

We can also convert this into a more understandable measure by exp the log ratio. It’s not going to be perfectly accurate, but close enough for our purposes.

# data with sampling variance
estm5 <- get_est(m5, "Intercept")
exp(estm5$estimate)

## [1] 1.6

Interpretation: In other words, on average warm acclimated populations have variances in physiological rates at higher temperatures (r2.2) that are about 64.46% higher than the variance in physiological rates at lower temperatures (r2.1) when comparing across a 10°C change in temperature.

Meta-analysis for SQ_10pa

# data with sampling variance why do we get V_lnS10aw < 0??? - need to check
# data
data6 <- data %>% filter(!is.na(V_lnS10pa), lnS10pa != Inf, lnS10pa != -Inf, 
    V_lnS10pa > 0)

m6 <- rma.mv(yi = lnS10pa, V = V_lnS10pa, random = list(~1 | record_num, ~1 | 
    spp_names, ~1 | obs), data = data6)
summary(m6)

## 
## Multivariate Meta-Analysis Model (k = 808; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -980.6239  1961.2477  1969.2477  1988.0210  1969.2976  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.1223  0.3497    229     no  record_num
## sigma^2.2  0.0000  0.0001    211     no   spp_names
## sigma^2.3  0.2124  0.4609    808     no         obs
## 
## Test for Heterogeneity: 
## Q(df = 807) = 2644.2721, p-val < .0001
## 
## Model Results:
## 
## estimate      se     zval    pval   ci.lb   ci.ub     
##   0.4231  0.0370  11.4221  <.0001  0.3505  0.4957  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# heterogeneity
I2(m6)

##      I2_total I2_record_num  I2_spp_names        I2_obs 
##       7.1e-01       2.6e-01       6.1e-09       4.5e-01

So, just a note on directionality. We subtracted r2.2 from r1.1, which essentially means that when the variation in rates of r2.2 are larger than the variance in rates of r1.1 the effect size is positive and this essentially means that acclimation and measurement at r2.2 has a higher variance in rate than acclimation at temp 1 and measurement at temp 1 (r1.1) across a 10°C change. In contrast, when the effect size is negative this essentially means that acclimation and measurement at r2.2 has a lower variance in physiological rates than acclimation at temp 1 and measurement at temp 1 (r1.1) across a 10°C change.

# data with sampling variance
estm4 <- get_est(m6, "Intercept")
exp(estm4$estimate)

## [1] 1.5

Interpretation: In other words, on average, the variance in physiological rates of warm acclimated animals, measured at warm temperatures are about 52.66% higher than the variance in physiological rates at lower acclimation and measurement temperatures (r1.1) over a 10°C change in temperature. However, this is just the variance and does not account for the fact that the mean physiological rate also changes, so this is why we also want to know whether this is a real change in variance or simply just a result of the change in mean we observed above.

Meta-analysis for CVQ₁₀

Meta-analysis for CVQ_10ac

# data with sampling variance
data7 <- data %>% filter(!is.na(V_lnSQ10ac), lnSQ10ac != Inf, lnSQ10ac != -Inf, 
    V_lnSQ10ac > 0)

m7 <- rma.mv(yi = lnSQ10ac, V = V_lnSQ10ac, random = list(~1 | record_num, ~1 | 
    spp_names, ~1 | obs), data = data7)
summary(m7)

## 
## Multivariate Meta-Analysis Model (k = 572; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -539.5475  1079.0950  1087.0950  1104.4846  1087.1657  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0745  0.2730    161     no  record_num
## sigma^2.2  0.0000  0.0001    148     no   spp_names
## sigma^2.3  0.0534  0.2310    572     no         obs
## 
## Test for Heterogeneity: 
## Q(df = 571) = 997.2857, p-val < .0001
## 
## Model Results:
## 
## estimate      se     zval    pval    ci.lb    ci.ub     
##  -0.1650  0.0344  -4.7969  <.0001  -0.2325  -0.0976  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# heterogeneity
I2(m7)

##      I2_total I2_record_num  I2_spp_names        I2_obs 
##       4.4e-01       2.5e-01       2.1e-08       1.8e-01

So, just a note on directionality. We subtracted r1.2 from r1.1, which essentially means that when the CV in rates of r1.2 are larger than the CV in rates of r1.1 the effect size is positive and this essentially means that acclimation and measurement at r1.2 has a higher coefficient of variation than acclimation and measurement at r1.1 when comparing across a 10°C change. In contrast, when the effect size is negative this essentially means that acclimation and measurement at r1.2 has a lower coefficient of variation in rates than acclimation and measurement at r1.1 when comparing across a 10°C change.

We can also convert this into a more understandable measure by exp the log ratio. It’s not going to be perfectly accurate, but close enough for our purposes.

# data with sampling variance
estm7 <- get_est(m7, "Intercept")
exp(estm7$estimate)

## [1] 0.85

Interpretation: In other words, on average cold acclimated populations have variance in physiological rates at higher temperatures (r1.2) that are about -15.21% higher than the variance in physiological rates at lower temperatures (r1.1) when comparing across a 10°C change in temperature.

Meta-analysis for CVQ_10aw

# data with sampling variance why do we get V_lnS10aw < 0??? - need to check
# data
data8 <- data %>% filter(!is.na(V_lnSQ10aw), lnSQ10aw != Inf, lnSQ10aw != -Inf, 
    V_lnSQ10aw > 0)

m8 <- rma.mv(yi = lnSQ10aw, V = V_lnSQ10aw, random = list(~1 | record_num, ~1 | 
    spp_names, ~1 | obs), data = data8)
summary(m8)

## 
## Multivariate Meta-Analysis Model (k = 557; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -553.4427  1106.8854  1114.8854  1132.1685  1114.9580  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.1617  0.4021    154     no  record_num
## sigma^2.2  0.0000  0.0001    140     no   spp_names
## sigma^2.3  0.0635  0.2520    557     no         obs
## 
## Test for Heterogeneity: 
## Q(df = 556) = 1208.0396, p-val < .0001
## 
## Model Results:
## 
## estimate      se     zval    pval    ci.lb    ci.ub     
##  -0.2142  0.0441  -4.8548  <.0001  -0.3007  -0.1277  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# heterogeneity
I2(m8)

##      I2_total I2_record_num  I2_spp_names        I2_obs 
##       5.8e-01       4.2e-01       6.5e-09       1.6e-01

So, just a note on directionality. We subtracted r2.2 from r2.1, which essentially means that when the variance in rates of r2.2 are larger than the variance in rates of r2.1 the effect size is positive and this essentially means that acclimation and measurement at r2.2 has a higher variance than acclimation and measurement at r2.1 when comparing across a 10°C change. In contrast, when the effect size is negative this essentially means that acclimation and measurement at r2.2 has a lower variance in rates than acclimation and measurement at r2.1 when comparing across a 10°C change.

We can also convert this into a more understandable measure by exp the log ratio. It’s not going to be perfectly accurate, but close enough for our purposes.

# data with sampling variance
estm8 <- get_est(m8, "Intercept")
exp(estm8$estimate)

## [1] 0.81

Interpretation: In other words, on average warm acclimated populations have variances in physiological rates at higher temperatures (r2.2) that are about -19.28% higher than the variance in physiological rates at lower temperatures (r2.1) when comparing across a 10°C change in temperature.

Meta-analysis for CVQ_10pa

# data with sampling variance why do we get V_lnS10aw < 0??? - need to check
# data
data9 <- data %>% filter(!is.na(V_lnSQ10pa), lnSQ10pa != Inf, lnSQ10pa != -Inf, 
    V_lnSQ10pa > 0)

m9 <- rma.mv(yi = lnSQ10pa, V = V_lnSQ10pa, random = list(~1 | record_num, ~1 | 
    spp_names, ~1 | obs), data = data9)
summary(m9)

## 
## Multivariate Meta-Analysis Model (k = 808; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -833.8097  1667.6194  1675.6194  1694.3927  1675.6693  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.1170  0.3421    229     no  record_num
## sigma^2.2  0.0000  0.0001    211     no   spp_names
## sigma^2.3  0.0536  0.2316    808     no         obs
## 
## Test for Heterogeneity: 
## Q(df = 807) = 1570.4247, p-val < .0001
## 
## Model Results:
## 
## estimate      se     zval    pval    ci.lb    ci.ub     
##  -0.1217  0.0332  -3.6610  0.0003  -0.1868  -0.0565  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# heterogeneity
I2(m9)

##      I2_total I2_record_num  I2_spp_names        I2_obs 
##       5.0e-01       3.4e-01       2.9e-08       1.6e-01

So, just a note on directionality. We subtracted r2.2 from r1.1, which essentially means that when the coefficient of variation in rates of r2.2 are larger than the coefficient of variance in rates of r1.1 the effect size is positive and this essentially means that acclimation and measurement at r2.2 has a higher variance in rate than acclimation at temp 1 and measurement at temp 1 (r1.1) across a 10°C change. In contrast, when the effect size is negative this essentially means that acclimation and measurement at r2.2 has a lower variance in physiological rates than acclimation at temp 1 and measurement at temp 1 (r1.1) across a 10°C change.

# data with sampling variance
estm5 <- get_est(m9, "Intercept")
exp(estm5$estimate)

## [1] 0.89

Interpretation: In other words, on average, the variance, controlling for changes in the mean, of physiological rates of warm acclimated animals, measured at warm temperatures are about 11.45% lower than the variance in physiological rates at lower acclimation and measurement temperatures (r1.1) over a 10°C change in temperature.

Meta-regression for Q₁₀RR: Habitat

Q_10acRR: Habitat

m1.1 <- rma.mv(yi = lnQ10ac, V = V_lnQ10ac, mod = ~habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data1)
summary(m1.1)

## 
## Multivariate Meta-Analysis Model (k = 586; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -335.6666   671.3331   683.3331   709.5422   683.4790  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.1070  0.3271    167     no  record_num
## sigma^2.2  0.0014  0.0380    155     no   spp_names
## sigma^2.3  0.0918  0.3030    586     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 583) = 21693.6855, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:3): 
## QM(df = 3) = 378.5663, p-val < .0001
## 
## Model Results:
## 
##           estimate      se     zval    pval   ci.lb   ci.ub     
## habitatf    0.5560  0.0433  12.8368  <.0001  0.4711  0.6408  ***
## habitatm    0.6357  0.0612  10.3865  <.0001  0.5158  0.7557  ***
## habitatt    0.7388  0.0648  11.3994  <.0001  0.6118  0.8658  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m1.1)

##   R2_marginal R2_coditional 
##         0.022         0.551

# get estimates
res1.1 <- get_est(m1.1, mod = "habitat")

# sample size
sample_size <- data1 %>% group_by(habitat) %>% count()
res1.1 <- left_join(res1.1, sample_size, by = c(name = "habitat"))

Interpretation: Unsurprisingly, all mean physiological rates increase in the cold acclimated treatments. Freshwater physiological rates increase by 74.36% at higher temperatures relative to colder temperatures, marine physiological rates increase by 88.84% at higher temperatures relative to colder temperatures and terrestrial physiological rates increase by 109.34% at higher temperatures relative to colder temperatures and significantly more than freshwater systems. In other words, for terrestrial species, physiological rates increase much more rapidly compared to marine and freshwater systems.

Q_10awRR: Habitat

m2.1 <- rma.mv(yi = lnQ10aw, V = V_lnQ10aw, mod = ~habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data2)
summary(m2.1)

## 
## Multivariate Meta-Analysis Model (k = 573; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -332.7317   665.4633   677.4633   703.5371   677.6125  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0970  0.3114    161     no  record_num
## sigma^2.2  0.0000  0.0000    147     no   spp_names
## sigma^2.3  0.0875  0.2958    573     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 570) = 12418.3766, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:3): 
## QM(df = 3) = 518.2226, p-val < .0001
## 
## Model Results:
## 
##           estimate      se     zval    pval   ci.lb   ci.ub     
## habitatf    0.6767  0.0411  16.4694  <.0001  0.5962  0.7572  ***
## habitatm    0.6935  0.0592  11.7060  <.0001  0.5774  0.8096  ***
## habitatt    0.7856  0.0617  12.7345  <.0001  0.6647  0.9065  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m2.1)

##   R2_marginal R2_coditional 
##        0.0081        0.5295

# get estimates and plot
res2.1 <- get_est(m2.1, mod = "habitat")


# sample size
sample_size <- data2 %>% group_by(habitat) %>% count()
res2.1 <- left_join(res2.1, sample_size, by = c(name = "habitat"))

Interpretation: Unsurprisingly, all mean physiological rates increase in the cold acclimated treatments. We largely see the same pattern at the higher acclimation temperature as we observe at the lower acclimation temperature. Freshwater physiological rates increase by 96.73% at higher temperatures relative to colder temperatures, marine physiological rates increase by 100.07% at higher temperatures relative to colder temperatures and terrestrial physiological rates increase by 119.37% at higher temperatures relative to colder temperatures and significantly more than freshwater systems. Again, for terrestrial species, physiological rates increase much more rapidly compared to marine and freshwater systems.

Q_10paRR: Habitat

m3.1 <- rma.mv(yi = lnQ10pa, V = V_lnQ10pa, mod = ~habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data3)
summary(m3.1)

## 
## Multivariate Meta-Analysis Model (k = 821; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -528.7359  1057.4718  1069.4718  1097.7130  1069.5754  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0848  0.2911    235     no  record_num
## sigma^2.2  0.0045  0.0672    217     no   spp_names
## sigma^2.3  0.1094  0.3307    821     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 818) = 25087.6448, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:3): 
## QM(df = 3) = 440.8740, p-val < .0001
## 
## Model Results:
## 
##           estimate      se     zval    pval   ci.lb   ci.ub     
## habitatf    0.4870  0.0361  13.4788  <.0001  0.4162  0.5579  ***
## habitatm    0.5156  0.0443  11.6399  <.0001  0.4288  0.6024  ***
## habitatt    0.7551  0.0608  12.4237  <.0001  0.6360  0.8742  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m3.1)

##   R2_marginal R2_coditional 
##         0.041         0.472

# get estimates and plot
res3.1 <- get_est(m3.1, mod = "habitat")
# s_plot(res3.1, title = 'Q10pa - different habitats')

# sample size
sample_size <- data3 %>% group_by(habitat) %>% count()
res3.1 <- left_join(res3.1, sample_size, by = c(name = "habitat"))

Interpretation: Freshwater physiological rates increase by 62.75% when acclimated and measured at higher temperatures relative to animals acclimated and measured at colder temperatures, marine physiological rates increase by 67.46% when acclimated and measured at higher temperatures relative to animals acclimated and measured at colder temperatures. Terrestrial physiological rates increase by 112.79% when acclimated and measured at higher temperatures relative to animals acclimated and measured at colder temperatures. Again, for terrestrial species, post acclimation responses differ significantly from freshwater systems, but in all cases physiological rates are increased.

A forest plot for Q₁₀RR for 3 habitats

# making a data frame for plotting
resQ <- bind_rows(res1.1, res2.1, res3.1)

lab <- c("FreshWater[acute1]", "Marin[acute1]", "Terrestrial[acute1]", "FreshWater[acute2]", 
    "Marin[acute2]", "Terrestrial[acute2]", "FreshWater[acclim]", "Marin[acclim]", 
    "Terrestrial[acclim]")
reord <- c(1, 4, 7, 2, 5, 8, 3, 6, 9)

resQ$lab <- lab
resQ$reord <- reord

resQ %<>% arrange(reord)

# forest plot
f_plot(resQ, title = "lnQ10[acute] vs. lnQ10[acclim] in 3 habitats")

Meta-regression for SQ₁₀: Habitat

Meta-regression for SQ_10ac: Habitat

m4.1 <- rma.mv(yi = lnS10ac, V = V_lnS10ac, mod = ~habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data4)
summary(m4.1)

## 
## Multivariate Meta-Analysis Model (k = 572; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -644.1875  1288.3751  1300.3751  1326.4383  1300.5245  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0326  0.1805    161     no  record_num
## sigma^2.2  0.0629  0.2508    148     no   spp_names
## sigma^2.3  0.1929  0.4393    572     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 569) = 1574.9671, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:3): 
## QM(df = 3) = 115.3954, p-val < .0001
## 
## Model Results:
## 
##           estimate      se    zval    pval   ci.lb   ci.ub     
## habitatf    0.4795  0.0605  7.9300  <.0001  0.3610  0.5980  ***
## habitatm    0.5490  0.0853  6.4402  <.0001  0.3820  0.7161  ***
## habitatt    0.3019  0.0860  3.5081  0.0005  0.1332  0.4705  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m4.1)

##   R2_marginal R2_coditional 
##         0.021         0.345

# get estimates and plot
res4.1 <- get_est(m4.1, mod = "habitat")

# sample size
sample_size <- data4 %>% group_by(habitat) %>% count()
res4.1 <- left_join(res4.1, sample_size, by = c(name = "habitat"))

Interpretation: Freshwater physiological rates increase by 62.75% when acclimated and measured at higher temperatures relative to animals acclimated and measured at colder temperatures, marine physiological rates increase by 67.46% when acclimated and measured at higher temperatures relative to animals acclimated and measured at colder temperatures. Terrestrial physiological rates increase by 112.79% when acclimated and measured at higher temperatures relative to animals acclimated and measured at colder temperatures. Again, for terrestrial species, post acclimation responses differ significantly from freshwater systems, but in all cases physiological rates are increased.

Meta-regression for SQ_10aw: Habitat

m5.1 <- rma.mv(yi = lnS10aw, V = V_lnS10aw, mod = ~habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data5)
summary(m5.1)

## 
## Multivariate Meta-Analysis Model (k = 557; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -596.3876  1192.7751  1204.7751  1230.6781  1204.9287  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.1405  0.3748    154     no  record_num
## sigma^2.2  0.0000  0.0000    140     no   spp_names
## sigma^2.3  0.1473  0.3839    557     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 554) = 1748.4671, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:3): 
## QM(df = 3) = 131.6989, p-val < .0001
## 
## Model Results:
## 
##           estimate      se    zval    pval   ci.lb   ci.ub     
## habitatf    0.5506  0.0589  9.3495  <.0001  0.4351  0.6660  ***
## habitatm    0.4948  0.0862  5.7428  <.0001  0.3260  0.6637  ***
## habitatt    0.3787  0.0897  4.2243  <.0001  0.2030  0.5545  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m5.1)

##   R2_marginal R2_coditional 
##         0.013         0.495

# get estimates and plot
res5.1 <- get_est(m5.1, mod = "habitat")
# s_plot(res5.1, title = 'S10aw - different habitats')

# sample size
sample_size <- data5 %>% group_by(habitat) %>% count()
res5.1 <- left_join(res5.1, sample_size, by = c(name = "habitat"))

Interpretation: For populations acclimated to warm conditions, variance in freshwater physiological rates increase by 73.42% when measured at higher temperatures relative to animals measured at colder temperatures, marine variance in physiological rates increase by 64.02% when measured at higher temperatures relative to animals measured at colder temperatures. Variance in terrestrial physiological rates increase by 46.04% when measured at higher temperatures relative to animals measured at colder temperatures. There doesn’t appear to be any significant difference between organisms occupying major habitat types.

Meta-regression for SQ_10pa: Habitat

m6.1 <- rma.mv(yi = lnS10pa, V = V_lnS10pa, mod = ~habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data6)
summary(m6.1)

## 
## Multivariate Meta-Analysis Model (k = 808; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -977.9744  1955.9487  1967.9487  1996.0938  1968.0540  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.1211  0.3480    229     no  record_num
## sigma^2.2  0.0000  0.0001    211     no   spp_names
## sigma^2.3  0.2135  0.4620    808     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 805) = 2611.2686, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:3): 
## QM(df = 3) = 132.4140, p-val < .0001
## 
## Model Results:
## 
##           estimate      se    zval    pval   ci.lb   ci.ub     
## habitatf    0.4677  0.0511  9.1586  <.0001  0.3676  0.5677  ***
## habitatm    0.3816  0.0645  5.9206  <.0001  0.2553  0.5079  ***
## habitatt    0.3695  0.0859  4.3016  <.0001  0.2012  0.5379  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m6.1)

##   R2_marginal R2_coditional 
##         0.006         0.366

# get estimates and plot
res6.1 <- get_est(m6.1, mod = "habitat")
# s_plot(res6.1, title = 'S10pa - different habitats')

# sample size
sample_size <- data6 %>% group_by(habitat) %>% count()
res6.1 <- left_join(res6.1, sample_size, by = c(name = "habitat"))

Interpretation: Variance in freshwater physiological rates increase by 73.42% when acclimated and measured at higher temperatures relative to animals acclimated and measured at colder temperatures, marine variance in physiological rates increase by 64.02% when acclimated and measured at higher temperatures relative to animals measured and aclimated at colder temperatures. Variance in terrestrial physiological rates increase by 46.04% when acclimated and measured at higher temperatures relative to animals acclimated and measured at colder temperatures. Again, for terrestrial species, post acclimation responses differ significantly from freshwater systems, but in all cases physiological rates are increased.

A forest plot for SQ₁₀ for 3 habitats

# making a data frame for plotting
resS <- bind_rows(res4.1, res5.1, res6.1)
resS$lab <- lab
resS$reord <- reord

resS %<>% arrange(reord)

# forest plot
f_plot(resS, title = "lnS10[acute] vs. lnS10[acclim] in 3 habitats")

Meta-regression for CVQ₁₀: Habitat

CVQ_10ac: Habitat

m7.1 <- rma.mv(yi = lnSQ10ac, V = V_lnSQ10ac, mod = ~habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data7)
summary(m7.1)

## 
## Multivariate Meta-Analysis Model (k = 572; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -527.5614  1055.1227  1067.1227  1093.1860  1067.2722  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0445  0.2109    161     no  record_num
## sigma^2.2  0.0000  0.0000    148     no   spp_names
## sigma^2.3  0.0544  0.2333    572     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 569) = 864.4046, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:3): 
## QM(df = 3) = 55.5433, p-val < .0001
## 
## Model Results:
## 
##           estimate      se     zval    pval    ci.lb    ci.ub     
## habitatf   -0.0582  0.0413  -1.4103  0.1585  -0.1392   0.0227     
## habitatm   -0.1456  0.0635  -2.2910  0.0220  -0.2701  -0.0210    *
## habitatt   -0.4411  0.0633  -6.9651  <.0001  -0.5652  -0.3170  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m7.1)

##   R2_marginal R2_coditional 
##          0.15          0.53

# get estimates and plot
res7.1 <- get_est(m7.1, mod = "habitat")
# s_plot(res7.1, title = 'SQ10ac - different habitats')

# sample size
sample_size <- data7 %>% group_by(habitat) %>% count()
res7.1 <- left_join(res7.1, sample_size, by = c(name = "habitat"))

CVQ_10aw: Habitat

m8.1 <- rma.mv(yi = lnSQ10aw, V = V_lnSQ10aw, mod = ~habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data8)
summary(m8.1)

## 
## Multivariate Meta-Analysis Model (k = 557; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -545.3484  1090.6969  1102.6969  1128.5999  1102.8504  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.1307  0.3615    154     no  record_num
## sigma^2.2  0.0000  0.0000    140     no   spp_names
## sigma^2.3  0.0660  0.2568    557     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 554) = 1097.5264, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:3): 
## QM(df = 3) = 40.1974, p-val < .0001
## 
## Model Results:
## 
##           estimate      se     zval    pval    ci.lb    ci.ub     
## habitatf   -0.0960  0.0551  -1.7433  0.0813  -0.2040   0.0119    .
## habitatm   -0.2313  0.0829  -2.7895  0.0053  -0.3938  -0.0688   **
## habitatt   -0.4614  0.0837  -5.5100  <.0001  -0.6256  -0.2973  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m8.1)

##   R2_marginal R2_coditional 
##         0.079         0.691

# get estimates and plot
res8.1 <- get_est(m8.1, mod = "habitat")
# s_plot(res8.1, title = 'SQ10aw - different habitats')

# sample size
sample_size <- data8 %>% group_by(habitat) %>% count()
res8.1 <- left_join(res8.1, sample_size, by = c(name = "habitat"))

CVQ_10pa: Habitat

m9.1 <- rma.mv(yi = lnSQ10pa, V = V_lnSQ10pa, mod = ~habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data9)
summary(m9.1)

## 
## Multivariate Meta-Analysis Model (k = 808; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -821.2830  1642.5660  1654.5660  1682.7110  1654.6712  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0866  0.2943    229     no  record_num
## sigma^2.2  0.0000  0.0001    211     no   spp_names
## sigma^2.3  0.0572  0.2391    808     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 805) = 1443.2000, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:3): 
## QM(df = 3) = 39.7874, p-val < .0001
## 
## Model Results:
## 
##           estimate      se     zval    pval    ci.lb    ci.ub     
## habitatf   -0.0075  0.0417  -0.1788  0.8581  -0.0891   0.0742     
## habitatm   -0.1417  0.0550  -2.5767  0.0100  -0.2494  -0.0339   **
## habitatt   -0.4007  0.0696  -5.7592  <.0001  -0.5370  -0.2643  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# m9.2 <- rma.mv(yi = lnSQ10pa, V = V_lnSQ10pa, mod = ~ habitat , random =
# list(~ 1 | record_num, ~ 1 | spp_names, ~ 1 | obs), data = data9)
# summary(m9.2)

# variance accounted for
R2(m9.1)

##   R2_marginal R2_coditional 
##          0.11          0.65

# get estimates and plot
res9.1 <- get_est(m9.1, mod = "habitat")
# s_plot(res9.1, title = 'SQ10pa - different habitats')

# sample size
sample_size <- data %>% group_by(habitat) %>% count()
res9.1 <- left_join(res9.1, sample_size, by = c(name = "habitat"))

A forest polot for CVQ₁₀ for 3 habitats

# making a data frame for plotting
resSQ <- bind_rows(res7.1, res8.1, res9.1)
resSQ$lab <- lab
resSQ$reord <- reord

resSQ %<>% arrange(reord)

# forest plot
f_plot(resSQ, place = "negative", title = "lnSQ10[acute] vs. lnSQ10[acclim] in 3 habitats")

Meta-regression for Q_10paRR: Traits in habitat

We can now have a look at the relationship between traits and habitat, but first we need to explore how much data we have in the relevant trait categories across the different habitat types. Here, we will only look at acclimation responses as this is what makes most sense.

table3 <- table(data3$trait_category, data3$habitat)
kable(table3)

	f	m	t
ATPase	15	11	0
antiox	11	1	0
cardiac	14	12	4
endurance	29	18	1
max_MR	21	20	1
metabolic_enzyme	142	51	24
mito_leak	2	7	0
mito_oxidation	16	27	0
muscle	2	10	0
other	28	14	6
rest_MR	87	116	72
sprint	34	9	16

So, we can see that we have quite a lot of traits not present in terrestrial systems. So, for simplicity, lets just exclude for this analysis any trait habitat combination with less than n = 5.

data3.2 <- data3 %>% group_by(trait_category, habitat) %>% filter(n() >= 5)

OK, so now we are confident that we have removed levels with insufficient sample sizes. Now we can model the interaction, we’ll simply create a variable for interacting trait and habitat to make the modeling a little easier as then we will have the mean estimate for each of the categories.

# Just to keep things easier for modelling just create a variable
# interacting trait and habitat
data3.2$trait_habitat <- data3.2 %$% paste0(habitat, "_", trait_category)

m10.1 <- rma.mv(yi = lnQ10pa, V = V_lnQ10pa, mod = ~trait_habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data3.2)
summary(m10.1)

## 
## Multivariate Meta-Analysis Model (k = 810; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -454.2439   908.4879   964.4879  1095.1270   966.6360  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0531  0.2304    232     no  record_num
## sigma^2.2  0.0016  0.0403    213     no   spp_names
## sigma^2.3  0.1023  0.3198    810     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 785) = 18609.8564, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:25): 
## QM(df = 25) = 724.0138, p-val < .0001
## 
## Model Results:
## 
##                                  estimate      se     zval    pval
## trait_habitatf_ATPase              0.5573  0.1127   4.9452  <.0001
## trait_habitatf_antiox              0.2408  0.1361   1.7695  0.0768
## trait_habitatf_cardiac             0.6346  0.1239   5.1233  <.0001
## trait_habitatf_endurance           0.3786  0.0771   4.9111  <.0001
## trait_habitatf_max_MR              0.3266  0.0898   3.6353  0.0003
## trait_habitatf_metabolic_enzyme    0.2875  0.0549   5.2390  <.0001
## trait_habitatf_mito_oxidation      0.3784  0.1437   2.6328  0.0085
## trait_habitatf_other               0.5247  0.1037   5.0590  <.0001
## trait_habitatf_rest_MR             0.7444  0.0502  14.8225  <.0001
## trait_habitatf_sprint              0.2099  0.0738   2.8454  0.0044
## trait_habitatm_ATPase              0.7246  0.1456   4.9767  <.0001
## trait_habitatm_cardiac             0.5512  0.1399   3.9386  <.0001
## trait_habitatm_endurance          -0.0097  0.1262  -0.0768  0.9388
## trait_habitatm_max_MR              0.3243  0.1157   2.8019  0.0051
## trait_habitatm_metabolic_enzyme    0.2221  0.0859   2.5855  0.0097
## trait_habitatm_mito_leak           0.4166  0.2054   2.0287  0.0425
## trait_habitatm_mito_oxidation      0.3040  0.1358   2.2387  0.0252
## trait_habitatm_muscle              0.4401  0.2107   2.0893  0.0367
## trait_habitatm_other               1.0013  0.1444   6.9356  <.0001
## trait_habitatm_rest_MR             0.6784  0.0545  12.4436  <.0001
## trait_habitatm_sprint              0.2408  0.1446   1.6654  0.0958
## trait_habitatt_metabolic_enzyme    0.2866  0.1827   1.5688  0.1167
## trait_habitatt_other               0.6477  0.1815   3.5689  0.0004
## trait_habitatt_rest_MR             0.8171  0.0637  12.8326  <.0001
## trait_habitatt_sprint              0.8788  0.1224   7.1830  <.0001
##                                    ci.lb   ci.ub     
## trait_habitatf_ATPase             0.3364  0.7781  ***
## trait_habitatf_antiox            -0.0259  0.5076    .
## trait_habitatf_cardiac            0.3918  0.8774  ***
## trait_habitatf_endurance          0.2275  0.5297  ***
## trait_habitatf_max_MR             0.1505  0.5027  ***
## trait_habitatf_metabolic_enzyme   0.1800  0.3951  ***
## trait_habitatf_mito_oxidation     0.0967  0.6600   **
## trait_habitatf_other              0.3214  0.7279  ***
## trait_habitatf_rest_MR            0.6460  0.8428  ***
## trait_habitatf_sprint             0.0653  0.3545   **
## trait_habitatm_ATPase             0.4392  1.0100  ***
## trait_habitatm_cardiac            0.2769  0.8254  ***
## trait_habitatm_endurance         -0.2571  0.2377     
## trait_habitatm_max_MR             0.0974  0.5511   **
## trait_habitatm_metabolic_enzyme   0.0537  0.3905   **
## trait_habitatm_mito_leak          0.0141  0.8191    *
## trait_habitatm_mito_oxidation     0.0379  0.5702    *
## trait_habitatm_muscle             0.0272  0.8530    *
## trait_habitatm_other              0.7183  1.2842  ***
## trait_habitatm_rest_MR            0.5715  0.7852  ***
## trait_habitatm_sprint            -0.0426  0.5242    .
## trait_habitatt_metabolic_enzyme  -0.0715  0.6447     
## trait_habitatt_other              0.2920  1.0033  ***
## trait_habitatt_rest_MR            0.6923  0.9419  ***
## trait_habitatt_sprint             0.6390  1.1186  ***
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m10.1)

##   R2_marginal R2_coditional 
##          0.27          0.52

# get estimates and plot
res10.1 <- get_est(m10.1, mod = "trait_habitat")

# sample size
sample_size <- data3.2 %>% group_by(trait_habitat) %>% count()
res10.1 <- left_join(res10.1, sample_size, by = c(name = "trait_habitat"))

forest_plot <- function(est_table, col = colour, ylabel = "", xlabel = "lnQ10RR", 
    xlimits = c(-0.5, 1.6), n_pos = -0.25) {
    plot(1:nrow(est_table) ~ estimate, data = est_table, xlim = xlimits, ylab = ylabel, 
        xlab = xlabel, col = colour, pch = 16, cex = 1.8, yaxt = "n")
    arrows(x0 = est_table$estimate, y0 = 1:nrow(est_table), y1 = 1:nrow(est_table), 
        x1 = est_table$upperCL, length = 0, angle = 90, col = colour)
    arrows(x0 = est_table$estimate, y0 = 1:nrow(est_table), y1 = 1:nrow(est_table), 
        x1 = est_table$lowerCL, length = 0, angle = 90, col = colour)
    abline(v = 0, lty = 2)
    text(paste0("n = ", est_table$n), y = 1:nrow(est_table), x = n_pos, pos = 2)
    axis(side = 2, at = 1:nrow(est_table), labels = est_table$name, las = 1)
}

# making a data frame for plotting forest plot
colour <- c(rep("orange", 10), rep("blue", 11), rep("forestgreen", 4), rep("blue", 
    11))

par(mar = c(4, 10, 1, 1))
forest_plot(est_table = res10.1)

Here, we can basically see that the mean actually is affected pretty much across the board, but we see a more nuanced effect. For example, in freshwater systems basically acclimation changes the mean response for all traits, but we see that in marine systems performance based indices’s are unaffected (sprint, endurance), whereas metabolic processes are. In contrast, we see performance and metabolism affected in terrestrial systems but this doesn’t seem to be related to metabolic enzymes.

Meta-regression for SQ_10pa: Traits in habitat

We can now look at the variance change across each of the categories. First, set the data up as above.

data6.1 <- data6 %>% group_by(trait_category, habitat) %>% filter(n() >= 5)
table6 <- table(data6.1$trait_category, data6.1$habitat)
kable(table6)

	f	m	t
ATPase	15	11	0
antiox	11	0	0
cardiac	14	12	0
endurance	29	18	0
max_MR	21	20	0
metabolic_enzyme	139	50	24
mito_leak	0	7	0
mito_oxidation	16	27	0
muscle	0	10	0
other	28	14	6
rest_MR	83	116	67
sprint	34	9	16

OK, so now that this is set up, lets model the variance

# Just to keep things easier for modelling just create a variable
# interacting trait and habitat
data6.1$trait_habitat <- data6.1 %$% paste0(habitat, "_", trait_category)

m11.1 <- rma.mv(yi = lnS10pa, V = V_lnS10pa, mod = ~trait_habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data6.1)
summary(m11.1)

## 
## Multivariate Meta-Analysis Model (k = 797; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -930.7857  1861.5714  1917.5714  2047.7430  1919.7571  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0852  0.2919    226     no  record_num
## sigma^2.2  0.0000  0.0001    207     no   spp_names
## sigma^2.3  0.2249  0.4742    797     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 772) = 2367.8870, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:25): 
## QM(df = 25) = 186.2259, p-val < .0001
## 
## Model Results:
## 
##                                  estimate      se     zval    pval
## trait_habitatf_ATPase              0.8073  0.1859   4.3421  <.0001
## trait_habitatf_antiox              0.2505  0.2789   0.8983  0.3690
## trait_habitatf_cardiac             0.6362  0.1962   3.2426  0.0012
## trait_habitatf_endurance           0.3384  0.1356   2.4946  0.0126
## trait_habitatf_max_MR              0.2129  0.1740   1.2232  0.2212
## trait_habitatf_metabolic_enzyme    0.3443  0.0861   4.0009  <.0001
## trait_habitatf_mito_oxidation      0.2559  0.2246   1.1389  0.2547
## trait_habitatf_other               0.6086  0.1595   3.8160  0.0001
## trait_habitatf_rest_MR             0.6864  0.0909   7.5474  <.0001
## trait_habitatf_sprint              0.1683  0.1195   1.4083  0.1590
## trait_habitatm_ATPase              0.5599  0.2424   2.3099  0.0209
## trait_habitatm_cardiac             0.4048  0.3034   1.3345  0.1820
## trait_habitatm_endurance           0.4168  0.3029   1.3760  0.1688
## trait_habitatm_max_MR              0.4770  0.2415   1.9756  0.0482
## trait_habitatm_metabolic_enzyme    0.2449  0.1448   1.6909  0.0909
## trait_habitatm_mito_leak           0.2447  0.3355   0.7295  0.4657
## trait_habitatm_mito_oxidation      0.1329  0.1957   0.6792  0.4970
## trait_habitatm_muscle             -0.4519  0.3159  -1.4302  0.1527
## trait_habitatm_other               0.6209  0.2444   2.5410  0.0111
## trait_habitatm_rest_MR             0.5219  0.0909   5.7443  <.0001
## trait_habitatm_sprint             -0.0293  0.2476  -0.1182  0.9059
## trait_habitatt_metabolic_enzyme    0.2919  0.2530   1.1539  0.2486
## trait_habitatt_other               0.1837  0.3242   0.5666  0.5710
## trait_habitatt_rest_MR             0.3229  0.1006   3.2092  0.0013
## trait_habitatt_sprint              0.5723  0.1787   3.2022  0.0014
##                                    ci.lb   ci.ub     
## trait_habitatf_ATPase             0.4429  1.1717  ***
## trait_habitatf_antiox            -0.2961  0.7971     
## trait_habitatf_cardiac            0.2516  1.0207   **
## trait_habitatf_endurance          0.0725  0.6042    *
## trait_habitatf_max_MR            -0.1282  0.5539     
## trait_habitatf_metabolic_enzyme   0.1756  0.5129  ***
## trait_habitatf_mito_oxidation    -0.1844  0.6961     
## trait_habitatf_other              0.2960  0.9212  ***
## trait_habitatf_rest_MR            0.5081  0.8646  ***
## trait_habitatf_sprint            -0.0659  0.4026     
## trait_habitatm_ATPase             0.0848  1.0350    *
## trait_habitatm_cardiac           -0.1897  0.9994     
## trait_habitatm_endurance         -0.1769  1.0104     
## trait_habitatm_max_MR             0.0038  0.9503    *
## trait_habitatm_metabolic_enzyme  -0.0390  0.5288    .
## trait_habitatm_mito_leak         -0.4128  0.9023     
## trait_habitatm_mito_oxidation    -0.2506  0.5164     
## trait_habitatm_muscle            -1.0711  0.1674     
## trait_habitatm_other              0.1420  1.0999    *
## trait_habitatm_rest_MR            0.3439  0.7000  ***
## trait_habitatm_sprint            -0.5146  0.4561     
## trait_habitatt_metabolic_enzyme  -0.2040  0.7879     
## trait_habitatt_other             -0.4518  0.8192     
## trait_habitatt_rest_MR            0.1257  0.5201   **
## trait_habitatt_sprint             0.2220  0.9226   **
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m11.1)

##   R2_marginal R2_coditional 
##          0.11          0.36

# get estimates and plot
res11.1 <- get_est(m11.1, mod = "trait_habitat")

# sample size
sample_size <- data6.1 %>% group_by(trait_habitat) %>% count()
res11.1 <- left_join(res11.1, sample_size, by = c(name = "trait_habitat"))

colour <- c(rep("orange", 10), rep("blue", 11), rep("forestgreen", 4), rep("blue", 
    11))
par(mar = c(4, 10, 1, 1))
forest_plot(est_table = res11.1, xlimits = c(-1.5, 1.4), n_pos = -1.1, xlab = "lnSQ_10")

Meta-regression for CVQ_10pa: Traits in habitat

Of course, we may see changes in variance simply because we see a shit in the mean, which is potentially vary true because of the fact that we have strong mean-variance relationships in these data. So, better here to focus on changes in variance independent of the mean using CVQ_10pa.

data9.1 <- data9 %>% group_by(trait_category, habitat) %>% filter(n() >= 5)
table9 <- table(data9.1$trait_category, data9.1$habitat)
kable(table9)

	f	m	t
ATPase	15	11	0
antiox	11	0	0
cardiac	14	12	0
endurance	29	18	0
max_MR	21	20	0
metabolic_enzyme	139	50	24
mito_leak	0	7	0
mito_oxidation	16	27	0
muscle	0	10	0
other	28	14	6
rest_MR	83	116	67
sprint	34	9	16

OK, so now that this is set up, lets model the coefficient of variance.

# Just to keep things easier for modelling just create a variable
# interacting trait and habitat
data9.1$trait_habitat <- data9.1 %$% paste0(habitat, "_", trait_category)

m12.1 <- rma.mv(yi = lnSQ10pa, V = V_lnSQ10pa, mod = ~trait_habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data9.1)
summary(m12.1)

## 
## Multivariate Meta-Analysis Model (k = 797; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -786.5007  1573.0015  1629.0015  1759.1731  1631.1872  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0709  0.2663    226     no  record_num
## sigma^2.2  0.0070  0.0839    207     no   spp_names
## sigma^2.3  0.0598  0.2446    797     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 772) = 1307.2539, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:25): 
## QM(df = 25) = 66.6014, p-val < .0001
## 
## Model Results:
## 
##                                  estimate      se     zval    pval
## trait_habitatf_ATPase              0.1764  0.1529   1.1535  0.2487
## trait_habitatf_antiox             -0.0432  0.2462  -0.1753  0.8608
## trait_habitatf_cardiac             0.0161  0.1598   0.1009  0.9196
## trait_habitatf_endurance          -0.0037  0.1101  -0.0333  0.9734
## trait_habitatf_max_MR             -0.1684  0.1411  -1.1934  0.2327
## trait_habitatf_metabolic_enzyme    0.0812  0.0751   1.0817  0.2794
## trait_habitatf_mito_oxidation     -0.0417  0.1851  -0.2251  0.8219
## trait_habitatf_other               0.0954  0.1326   0.7191  0.4721
## trait_habitatf_rest_MR            -0.0850  0.0768  -1.1068  0.2684
## trait_habitatf_sprint             -0.0912  0.0938  -0.9719  0.3311
## trait_habitatm_ATPase             -0.0543  0.2007  -0.2705  0.7868
## trait_habitatm_cardiac            -0.0696  0.2704  -0.2575  0.7968
## trait_habitatm_endurance           0.1219  0.2733   0.4460  0.6556
## trait_habitatm_max_MR              0.0709  0.1903   0.3723  0.7097
## trait_habitatm_metabolic_enzyme   -0.1049  0.1325  -0.7922  0.4283
## trait_habitatm_mito_leak          -0.3987  0.3044  -1.3095  0.1904
## trait_habitatm_mito_oxidation     -0.1719  0.1821  -0.9437  0.3453
## trait_habitatm_muscle             -0.9750  0.2910  -3.3502  0.0008
## trait_habitatm_other              -0.2021  0.2236  -0.9037  0.3661
## trait_habitatm_rest_MR            -0.1326  0.0800  -1.6580  0.0973
## trait_habitatm_sprint             -0.1872  0.1954  -0.9577  0.3382
## trait_habitatt_metabolic_enzyme    0.0276  0.2289   0.1204  0.9042
## trait_habitatt_other              -0.3842  0.2486  -1.5454  0.1222
## trait_habitatt_rest_MR            -0.5057  0.0853  -5.9311  <.0001
## trait_habitatt_sprint             -0.3670  0.1460  -2.5135  0.0120
##                                    ci.lb    ci.ub     
## trait_habitatf_ATPase            -0.1233   0.4761     
## trait_habitatf_antiox            -0.5257   0.4394     
## trait_habitatf_cardiac           -0.2970   0.3292     
## trait_habitatf_endurance         -0.2194   0.2121     
## trait_habitatf_max_MR            -0.4449   0.1081     
## trait_habitatf_metabolic_enzyme  -0.0660   0.2285     
## trait_habitatf_mito_oxidation    -0.4045   0.3211     
## trait_habitatf_other             -0.1646   0.3553     
## trait_habitatf_rest_MR           -0.2355   0.0655     
## trait_habitatf_sprint            -0.2751   0.0927     
## trait_habitatm_ATPase            -0.4477   0.3391     
## trait_habitatm_cardiac           -0.5996   0.4603     
## trait_habitatm_endurance         -0.4137   0.6575     
## trait_habitatm_max_MR            -0.3022   0.4439     
## trait_habitatm_metabolic_enzyme  -0.3646   0.1547     
## trait_habitatm_mito_leak         -0.9953   0.1980     
## trait_habitatm_mito_oxidation    -0.5288   0.1851     
## trait_habitatm_muscle            -1.5454  -0.4046  ***
## trait_habitatm_other             -0.6404   0.2362     
## trait_habitatm_rest_MR           -0.2894   0.0242    .
## trait_habitatm_sprint            -0.5702   0.1959     
## trait_habitatt_metabolic_enzyme  -0.4211   0.4762     
## trait_habitatt_other             -0.8715   0.1031     
## trait_habitatt_rest_MR           -0.6728  -0.3386  ***
## trait_habitatt_sprint            -0.6532  -0.0808    *
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

# variance accounted for
R2(m12.1)

##   R2_marginal R2_coditional 
##          0.22          0.66

# get estimates and plot
res12.1 <- get_est(m12.1, mod = "trait_habitat")

# sample size
sample_size <- data9.1 %>% group_by(trait_habitat) %>% count()
res12.1 <- left_join(res12.1, sample_size, by = c(name = "trait_habitat"))

colour <- c(rep("orange", 10), rep("blue", 11), rep("forestgreen", 4), rep("blue", 
    11))
par(mar = c(4, 10, 1, 1))
forest_plot(est_table = res12.1, xlimits = c(-1.8, 0.8), n_pos = -1.5, xlab = "lnCVQ_10")

Log response Ratio of the Acclimation treatments

As discussed above, these analyses seem not to get at exactly what we are after. We want to know how the Q₁₀ changes as a function of acclimation, which essentially means comparing and contrasting Q_10awRR with Q_10paRR. Or, what appears to be an equivalent and more simple formulation, the log response ratio of the acclimation treatments at the same temperature. Now, whether we compare the cold versus the hot acclimation treatment direction or vice versa will likely be important. So, lets, for now just have a look at the habitat and trait models in the context of the log response ratio. Here is the equations that we will use:

\[ \ln{RR} = {\ln \left( \frac{R_{1.2}}{R_{2.2}} \right)} \]

and the the sampling variance for this is:

\[ V_{\ln{RR}} = {\left( \frac{SD^2_{R_{1.2}}}{n_{R_{1.2}}M^2_{R_{1.2}}} \right)} + {\left( \frac{SD^2_{R_{2.2}} }{n_{R_{2.2}}M^2_{R_{2.2}}} \right)} \]

First, we need a function for generating this new effect:

lnRR <- function(data, r1_2, r2_2, se1_2, se2_2, n1_2, n2_2) {
    
    sd1_2 <- se1_2 * sqrt(n1_2)
    sd2_2 <- se2_2 * sqrt(n2_2)
    
    # log response ratio
    lnRR <- log(r1_2) - log(r2_2)
    
    # Sampling variance log RR
    VlnRR <- ((sd1_2^2)/(n1_2 * (r1_2^2))) + ((sd2_2^2)/(n2_2 * (r2_2^2)))
    
    # Create the data table and add back into the data.
    lnRR <- tibble(lnRRac = lnRR, V_lnRRac = VlnRR)
    
    data <- bind_cols(data, lnRR)
    
    return(data)
}

We can then add in this new effect size to the data.

# getting effect sizes
data %<>% lnRR(r1_2 = data$r1.2, r2_2 = data$r2.2, se1_2 = data$r1.2_se, se2_2 = data$r2.2_se, 
    n1_2 = data$r1.2_N, n2_2 = data$r2.2_N)

Right, so now that we have all this we can do a meta-analysis of the acclimation effects on physiological rates and variance in physiological rates.

data_acclim <- data %>% filter(!is.na(V_lnRRac), V_lnRRac > 0)

m_acclim <- rma.mv(yi = lnRRac, V = V_lnRRac, random = list(~1 | record_num, 
    ~1 | spp_names, ~1 | obs), data = data_acclim)
summary(m_acclim)

## 
## Multivariate Meta-Analysis Model (k = 597; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -342.2579   684.5158   692.5158   710.0767   692.5835  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0547  0.2338    169     no  record_num
## sigma^2.2  0.0108  0.1040    158     no   spp_names
## sigma^2.3  0.1066  0.3265    597     no         obs
## 
## Test for Heterogeneity: 
## Q(df = 596) = 11303.3046, p-val < .0001
## 
## Model Results:
## 
## estimate      se    zval    pval    ci.lb   ci.ub   
##   0.0491  0.0280  1.7516  0.0798  -0.0058  0.1040  .
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

est_acclim <- get_est(m_acclim)

Interpretation: The above meta-analytic model suggests that across all organisms, traits and habitat types physiological rates of cold acclimated animals measured at higher temperatures are only 5.03% higher than animals acclimated at higher temperatures and measured at those temperatures. In other words, it doesn’t look like acclimation, more generally, helps reduce the difference in physiological rates, but obviously there is a huge amount of variability among taxa and within these data that need to be explored.

We can explore this with respect to the original question of comparing Q10 acclimation across the major habitat types.

m_acclim_habitat <- rma.mv(yi = lnRRac, V = V_lnRRac, mod = ~habitat - 1, random = list(~1 | 
    record_num, ~1 | spp_names, ~1 | obs), data = data_acclim)
summary(m_acclim_habitat)

## 
## Multivariate Meta-Analysis Model (k = 597; method: REML)
## 
##    logLik   Deviance        AIC        BIC       AICc  
## -338.1431   676.2863   688.2863   714.6075   688.4294  
## 
## Variance Components: 
## 
##             estim    sqrt  nlvls  fixed      factor
## sigma^2.1  0.0520  0.2281    169     no  record_num
## sigma^2.2  0.0109  0.1046    158     no   spp_names
## sigma^2.3  0.1066  0.3265    597     no         obs
## 
## Test for Residual Heterogeneity: 
## QE(df = 594) = 11211.3273, p-val < .0001
## 
## Test of Moderators (coefficient(s) 1:3): 
## QM(df = 3) = 9.5818, p-val = 0.0225
## 
## Model Results:
## 
##           estimate      se     zval    pval    ci.lb   ci.ub   
## habitatf    0.0857  0.0387   2.2178  0.0266   0.0100  0.1615  *
## habitatm    0.0843  0.0523   1.6123  0.1069  -0.0182  0.1867   
## habitatt   -0.0769  0.0570  -1.3498  0.1771  -0.1885  0.0347   
## 
## ---
## Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1

est_acclim_habitat <- get_est(m_acclim_habitat, "habitat")

Interpretation: We can estimate the acclimation response at higher temperatures (note we lose power as we ignore the lower one, but for now this is ok) for organisms within each of the habitat types (freshwater, marine and terrestrial). So, cold acclimated freshwater species that are measured at higher temperatures have a 8.95% higher rate in physiological responses compared to warm acclimated freshwater species measured at the same higher temperature. Cold acclimated marine species that are measured at higher temperatures have a 8.79% higher rate in physiological responses compared to warm acclimated freshwater species measured at the same higher temperature. Lastly, cold acclimated terrestrial species have a -7.4% very slight, non-significant decrease in physiological rates at higher temperatures compared to warm acclimated terrestrial species measured at those same temperatures.

Information for this session: R

## R version 3.5.0 (2018-04-23)
## Platform: x86_64-apple-darwin15.6.0 (64-bit)
## Running under: macOS  10.14
## 
## Matrix products: default
## BLAS: /Library/Frameworks/R.framework/Versions/3.5/Resources/lib/libRblas.0.dylib
## LAPACK: /Library/Frameworks/R.framework/Versions/3.5/Resources/lib/libRlapack.dylib
## 
## locale:
## [1] C
## 
## attached base packages:
## [1] stats     graphics  grDevices utils     datasets  methods   base     
## 
## other attached packages:
##  [1] bindrcpp_0.2.2     rmarkdown_1.10     formatR_1.5       
##  [4] metafor_2.0-0      Matrix_1.2-14      googlesheets_0.3.0
##  [7] Hmisc_4.1-1        Formula_1.2-3      survival_2.42-3   
## [10] lattice_0.20-35    magrittr_1.5       gridExtra_2.3     
## [13] kableExtra_0.9.0   forcats_0.3.0      stringr_1.3.1     
## [16] dplyr_0.7.5        purrr_0.2.5        readr_1.1.1       
## [19] tidyr_0.8.1        tibble_1.4.2       ggplot2_3.0.0     
## [22] tidyverse_1.2.1   
## 
## loaded via a namespace (and not attached):
##  [1] httr_1.3.1          jsonlite_1.5        viridisLite_0.3.0  
##  [4] splines_3.5.0       modelr_0.1.2        assertthat_0.2.0   
##  [7] highr_0.7           latticeExtra_0.6-28 cellranger_1.1.0   
## [10] yaml_2.1.19         pillar_1.2.3        backports_1.1.2    
## [13] glue_1.3.0          digest_0.6.15       RColorBrewer_1.1-2 
## [16] checkmate_1.8.5     rvest_0.3.2         colorspace_1.3-2   
## [19] htmltools_0.3.6     plyr_1.8.4          psych_1.8.4        
## [22] pkgconfig_2.0.1     devtools_1.13.5     broom_0.4.4        
## [25] haven_1.1.1         scales_1.0.0        openssl_1.0.1      
## [28] git2r_0.21.0        htmlTable_1.12      pacman_0.4.6       
## [31] withr_2.1.2         nnet_7.3-12         lazyeval_0.2.1     
## [34] cli_1.0.0           mnormt_1.5-5        crayon_1.3.4       
## [37] readxl_1.1.0        memoise_1.1.0       evaluate_0.10.1    
## [40] nlme_3.1-137        xml2_1.2.0          foreign_0.8-70     
## [43] tools_3.5.0         data.table_1.11.4   hms_0.4.2          
## [46] munsell_0.5.0       cluster_2.0.7-1     compiler_3.5.0     
## [49] rlang_0.2.1         grid_3.5.0          rstudioapi_0.8     
## [52] htmlwidgets_1.2     labeling_0.3        base64enc_0.1-3    
## [55] codetools_0.2-15    gtable_0.2.0        curl_3.2           
## [58] reshape2_1.4.3      R6_2.3.0            lubridate_1.7.4    
## [61] knitr_1.20          bindr_0.1.1         rprojroot_1.3-2    
## [64] stringi_1.2.3       parallel_3.5.0      Rcpp_0.12.19       
## [67] rpart_4.1-13        acepack_1.4.1       tidyselect_0.2.4

References

Hedges, Larry V, Jessica Gurevitch, and Peter S Curtis. 1999. “The Meta-Analysis of Response Ratios in Experimental Ecology.” Ecology 80 (4). Wiley Online Library: 1150–6.

Nakagawa, Shinichi, and Eduardo SA Santos. 2012. “Methodological Issues and Advances in Biological Meta-Analysis.” Evolutionary Ecology 26 (5). Springer: 1253–74.

Nakagawa, Shinichi, Robert Poulin, Kerrie Mengersen, Klaus Reinhold, Leif Engqvist, Malgorzata Lagisz, and Alistair M Senior. 2015. “Meta-Analysis of Variation: Ecological and Evolutionary Applications and Beyond.” Methods in Ecology and Evolution 6 (2). Wiley Online Library: 143–52.

Seebacher, Frank, Craig R White, and Craig E Franklin. 2015. “Physiological Plasticity Increases Resilience of Ectothermic Animals to Climate Change.” Nature Climate Change 5 (1). Nature Publishing Group: 61.